Menu
close
Menu
close

Welcome to the third edition of the 2026 RUD Connect Newsletter.

In this issue, we discuss how heavy vehicle workshops are under increasing pressure to improve productivity, maximise floor space and service larger and more complex vehicles.

Workshop Lifting Solutions

RUD Australia offers Australian-made and German-made workshop lifting solutions to help workshops operate more efficiently.

Lifting Infrastructure Re-imagined

Australia’s heavy vehicle workshops are under pressure to improve productivity, reduce downtime and meet safety requirements. Modern lifting solutions such as the Finkbeiner HDS Semi-Scissor Lift help workshops maximise floor space, improve accessibility and enhance safety for long term operational efficiency. Click here to read the full article.

Industry Trade Shows & Events

2026 Australasian Bus & Coach Expo: 15/16 July at the Sydney Showground. Visit RUD Australia at Stand #150 to talk to us on lifting solutions designed to improve workshop safety, productivity and operational efficiency. Click here to read more in our news section.

2026 Land Forces: 6-8 October at the Perth Convention & Exhibition Centre

2026 IQA National Conference: 6-8 October at the Gold Coast Convention & Exhibition Centre

2026 CICA National Conference: 28-30 October at the Rydges Resort Hunter Valley

Team Member Spotlight

In this issue, we highlight Brett Beveridge, who is the National Sales Manager - Workshop Lifting Solutions, driving Endurequip and Finkbeiner brands and RUD steel handling products. Brett is a passionate sales leader with extensive experience across his career, including 12 years in the heavy lift engineering sector. He is committed to building strong customer relationships, developing high performing teams, and delivering practical solutions that create long term value for customers.

RUD Group News

RUD Group has been winning several awards in 2026, which is a testimony to the innovation and commitment to continuously improve quality and safety.

  • 2026 Company of the Year - From ServiceValue on behalf of Deutschland Test
  • 2026 Champions of the Year - From German Quality & Evaluation Society (DQBG)
  • 2026 Product of the Year (BUDDYtron app) - From Baugewerbe magazine

Manufacturing Excellence

RUD’s vertically integrated German manufacturing process combines precision engineering, advanced production technology and full traceability to deliver safer, high-performance lifting and lashing equipment for demanding industries. Click here to read how RUD continues to support the Australian industry with reliable lifting solutions for long term durability.

Want to read the whole newsletter?

Click the image below to read as a PDF file.

Newsletter Jul 2026

Australia’s heavy vehicle workshops are under pressure to improve productivity, reduce downtime and meet safety requirements while servicing diverse fleets. Modern lifting solutions such as the Finkbeiner HDS Semi-Scissor Lift help workshops maximise floor space, improve accessibility and enhance safety for long term operational efficiency.

The Future of Heavy Vehicle Workshop Lifting in Australia

Australia’s heavy vehicle maintenance industry, which includes buses, trucks and heavy machinery, continues to evolve with new vehicle technology that requires complex maintenance. Workshop owners, most of whom are mechanics, face constant pressure to minimise downtime, maximise fleet availability and maintain high safety standards while dealing with labour shortages and rising operating costs.

For fleet owners and operators, every hour a vehicle spends off the road represents lost revenue. This could be the result of delays, increased repair costs and operational disruptions due to workshop inefficiencies or safety incidents. As a result, many operators are reassessing their workshop infrastructure, with lifting equipment emerging as one of the most important investments beyond traditional tooling.

Why Traditional Workshop Layouts Are Being Challenged

Today's Australian workshops service a far broader range of vehicles than they did a decade ago. Fleet operators now manage combinations of buses, trucks, waste collection vehicles, service vehicles, electric vehicles and hybrid platforms, all with different wheelbases and maintenance requirements.

Many workshops were originally designed around fixed service areas and standard vehicle wheelbases. However, modern fleets require facilities that can accommodate multiple vehicle types without sacrificing productivity. At the same time, workshop floor space has become increasingly valuable. Every maintenance bay must deliver maximum utilisation, particularly in bus depots and transport operations where downtime directly impacts schedules. Expanding facilities or installing additional service pits is often costly and space intensive, creating demand for lifting solutions that improve flexibility, vehicle access and workshop efficiency.

The Enduring Value of German Engineering

German manufacturing continues to be recognised globally for precision, quality and durability. In heavy vehicle workshops, where lifting equipment is subjected to daily use, such quality standards are always sought after.

Established in 1927 and approaching its centenary in 2027, Finkbeiner has built a worldwide reputation for designing lifting systems focused on safety, reliability and long term performance. Today, Finkbeiner lifting technology is used across Europe, North America, Asia and Australia, supporting heavy vehicle maintenance operations across a wide range of industries.

The Rise of Semi-Scissor Lifting Systems

One of the most significant developments in workshop design has been the growing popularity of semi-scissor lifting technology. Traditionally, workshops relied on service pits, four post lifts or mobile column hoists. While each solution has advantages, changing maintenance requirements are driving demand for more flexible alternatives.

Semi-scissor lifts combine accessibility, stability and flexibility. Unlike some conventional lifting methods that restrict access to vehicle components, semi-scissor platforms provide mechanics with clear working areas beneath and around the vehicle. This allows inspections, servicing and repairs to be performed more efficiently while accommodating a broad range of vehicle types without specialised adaptors or custom lifting arrangements.

Finkbeiner HDS Semi-Scissor Lifts

The Finkbeiner HDS Semi-Scissor Lift range is available in capacities from 25 to 70 tonnes and is designed to support applications ranging from forklifts and rigid trucks through to articulated buses and heavy transport vehicles. At the core of the system is Finkbeiner’s Y-TEC semi-scissor design, which incorporates a robust Double-Z configuration for exceptional stability throughout the lifting process. The design maximises access for mechanics while maintaining safe and secure vehicle support.

Key benefits of the HDS include:

The result is a lifting solution designed to deliver fast lifting cycles, reliable operation and improved workshop throughput without compromising safety.

Built for Australian Conditions

Australian workshops operate in demanding environments, from metropolitan bus depots to regional transport facilities and mining service centres. Equipment must perform reliably under challenging operating conditions while maintaining consistent performance.

Unlike many traditional heavy vehicle lifting systems, the HDS is also suitable for wash bay applications, allowing cleaning, inspection and maintenance activities in the same work area. The system is available in multiple platform lengths, enabling workshops to select configurations that suit their specific servicing requirements.

Safety Remains a Priority

Safety is critical in every heavy vehicle workshop. Mechanics working beneath large vehicles must have complete confidence in the equipment supporting them. The Finkbeiner HDS incorporates multiple safety features, including electronic controls, soft-start operation, hydraulic load retention and mechanical locking systems. Combined with the inherent stability of the platform design, these features help create a secure working environment while supporting compliance with modern workplace safety expectations.

Preparing for the Next Generation of Workshops

As fleet technology continues to evolve, lifting infrastructure is increasingly viewed as a strategic investment rather than simply workshop equipment. Solutions that improve safety, maximise floor space utilisation and adapt to changing fleet requirements will play a vital role in supporting the next generation of heavy vehicle maintenance facilities.

Nationwide Service and Local Support

All Finkbeiner lifting systems are backed by a Nationwide Service Network, providing local technical support throughout the equipment lifecycle. Assistance is available from initial consultation and workshop design through to installation, commissioning, training and ongoing maintenance.

RUD Australia has been supplying lifting, lashing and material handling solutions to transport, mining, infrastructure and manufacturing industries for the last 40 years. With offices across Queensland, Victoria and Western Australia, RUD provides local engineering expertise, project management and installation support for workshop lifting systems.

Visit RUD at the 2026 Australasian Bus & Coach Expo

Visitors to the 2026 Australasian Bus & Coach Expo can learn how modern lifting technology is helping workshops improve productivity, safety and operational efficiency. The RUD team will be available at Stand #150 to discuss workshop lifting solutions, maintenance applications and future workshop planning. Click here if you are interested to visit our stand.

Frequently Asked Questions

Why are workshops moving away from traditional service pits?
Service pits can limit flexibility, occupy valuable floor space and may not efficiently accommodate the wide variety of modern vehicle wheelbases and fleet configurations.

What are the advantages of a semi-scissor lift?
Semi-scissor lifts provide improved access beneath vehicles, support multiple vehicle types, maximise workshop utilisation and offer enhanced stability during maintenance activities.

Is the Finkbeiner HDS suitable for Australian workshop conditions?
Yes. The HDS is designed for demanding environments, including transport depots, regional workshops and mining service facilities, and can also be used in wash bay applications.

For more details on the Finkbeiner HDS Semi-Scissor Lift, email us or call us on 07 3809 1300. 

This information is accurate at the time of publication, and RUD Australia takes no responsibility for any errors, inadvertent or otherwise. Some pictures are for illustration only.

Tyre damage is a major cost driver in mining, quarry, and underground operations, especially for large loaders working in abrasive, high-impact conditions. This guide provides a quick reference to the most suitable RUD Tyre Protection Chains (TPCs) across nine commonly used machines in Australia, helping you quickly match the right chain solution to your loader, operating environment and tyre size.

Open Cut Mining - Ultra Large Wheel Loaders

Open cut mining has one the most extreme tyre conditions in Australia. Continuous loading cycles, sharp blasted rock and heavy payloads place a huge stress on tyres.

Caterpillar 994 / 995

The Caterpillar 994 is built for high production open cut mining, operating in continuous abrasive conditions. Its successor, the CAT 995, follows a similar design with increased payload capacity and automation for higher productivity.

Komatsu WA1200

The Komatsu WA1200 is one of the largest wheel loaders, designed for 24/7 production loading in highly abrasive environments.

Komatsu WE2350

The Komatsu WE2350 is engineered for extreme mining conditions where tyre durability directly impacts uptime and operational efficiency.

Key Challenges in Open Cut Mining

Recommended RUD TPC Solutions

RUD’s heavy duty tyre chains provide full tread and side protection for ultra-large tyres such as 60/80-57 and 70/70-57, offering improved traction and reducing downtime.

Quarry Operations - Large Wheel Loaders

Quarry environments involve mixed material sizes, abrasive rock and uneven terrain. The key consideration here is to balance traction with wear resistance.

Caterpillar 988

The Caterpillar 988 is widely used in Australian quarries where versatility and reliability are essential.

Volvo L350

The Volvo L350 is a high-capacity wheel loader designed for demanding quarry operations with variable material conditions.

Komatsu WA600

The Komatsu WA600 operates across quarry and construction sites where inconsistent surfaces lead to challenging tyre wear.

Key Challenges in Quarries

Recommended RUD TPC Solutions

These chain systems are designed to balance traction and wear resistance, extending tyre life for sizes such as 35/65 R33 and 875/65 R33 while improving machine stability.

Underground Mining - LHD Loaders

Underground mining introduces unique challenges, including confined spaces, constant abrasion and limited manoeuvrability.

Caterpillar R2900G

The Caterpillar R2900G is a widely used underground loader commonly known as “bogger”, designed for tight, abrasive environments.

Sandvik LH517

The Sandvik LH517 is a compact LHD loader operating in continuous underground production cycles.

Sandvik LH621

The Sandvik LH621 is a high-capacity underground loader used in large scale operations requiring durability and reliability.

Key Challenges in Underground Mining

Recommended RUD TPC Solutions

These chains are designed for compact but highly abrasive environments, significantly reducing tyre cutting and improving traction for sizes such as 29.5 x 29 and 35/65 R33.

Why RUD Tyre Protection Chains?

Across all mining and quarry environments, RUD TPCs deliver consistent operational benefits:

By matching the correct chain type to the machine and the site, RUD tyre protection chains can reduce downtime and improve overall fleet efficiency.

Machine Site Tyre Size Key Challenge Recommended RUD Chains
CAT 994/995 Open Cut Mining 60/80-57 Extreme impact, heat build-up, severe tyre cuts Fels Crown X23, Fels Titan X23, Fels Granit Plus X23
Komatsu WA1200 Open Cut Mining 60/80-57 High payload stress, sharp blasted rock, continuous loading Fels Crown X23, Fels Titan X23, Fels Granit Plus X23
Komatsu WE2350 Open Cut Mining 70/70-57 Extreme abrasion, continuous heavy-duty loading cycles Fels Crown X23, Fels Titan X23, Fels Granit Plus X23
CAT 988 Quarry 35/65 R33 Mixed rock abrasion, traction variability Fels Gigant Plus X19, Fels Imperial X19, Fels Titan X19
Volvo L350 Quarry 875/65 R33 Uneven terrain, abrasion, stability issues Fels Gigant Plus X19, Fels Imperial X19, Fels Titan X19
Komatsu WA600 Quarry 35/65 R33 Abrasion, uneven surfaces, mixed material loads Fels Gigant Plus X19, Fels Imperial X19, Fels Titan X19
CAT R2900G Underground Mining 29.5 x 29 Confined spaces, sharp rock, high abrasion Fels Toro X19, Fels Titan X19
Sandvik LH517 Underground Mining 29.5 x 29 Continuous operation, abrasive underground conditions Fels Toro X19, Fels Titan X19
Sandvik LH621 Underground Mining 35/65 R33 High abrasion, large underground loads Fels Toro X19, Fels Titan X19, Fels Gigant Plus X19

FAQ - Tyre Protection Chains

Which tyre protection chains are best for ultra-large open cut loaders?

For machines such as the CAT 994/995, WA1200 and WE2350, heavy-duty options like Fels Crown X23, Titan X23, and Granit Plus X23 provide maximum impact resistance and full tyre coverage.

Which tyre protection chains suit quarry loaders like the CAT 988 or Volvo L350?

For quarry operations, Fels Gigant Plus X19, Imperial X19, and Titan X19 are recommended due to their balanced traction and wear protection.

Which tyre protection chains are used in underground mining?

For underground loaders such as the R2900G, LH517, and LH621, Fels Toro X19, Titan X19 and Gigant Plus X19 are commonly used for high-abrasion environments.

How do tyre protection chains extend tyre life?

They reduce direct tyre exposure to sharp rock, minimise abrasion and help control heat build-up, increasing service life.

Are tyre protection chains necessary in mining operations?

In most mining and quarry environments. Without tyre protection chains, tyres are exposed to high-impact damage, rapid wear and higher operating costs.

Interested in our tyre protection solutions? Call us on 07 3809 1300 or enquire here.

Copyright to RUD: This information is accurate at the time of publication, and RUD Australia takes no responsibility for any errors, inadvertent or otherwise.

RUD’s vertically integrated German manufacturing process combines precision engineering, advanced production technology and full traceability to deliver safer, high-performance lifting and lashing equipment for demanding industries. From the RUD VWBG load ring through to digitally traceable lifting solutions, RUD continues to support the Australian industry with reliable engineered lifting solutions built for long-term durability.

Made in Germany remains a globally recognised benchmark for engineering quality, reliability and technical expertise. In industries such as mining, transport, manufacturing, defence and infrastructure, companies prioritise safety, durability and long-term performance when selecting equipment and industrial lifting equipment.

At RUD, German manufacturing remains central to the production of lifting and lashing equipment, conveyor and drive technologies and tyre protection chains. Despite ongoing global manufacturing pressures, including rising operating costs, labour shortages and low-cost competition, RUD continues to invest in local manufacturing and engineering expertise at its headquarters in Aalen, Germany. This commitment supports the production of German-engineered lifting equipment designed for demanding industrial environments.

A Manufacturing Process Built Around Quality Control

German manufacturing is recognised worldwide for precision engineering, structured processes and consistent product performance. RUD supports these standards through a high level of vertical integration manufacturing, controlling key production stages internally rather than outsourcing them across multiple suppliers. Approved German manufacturers supply semi-finished components, which RUD then machines, assembles, tests and coats within its own facilities.

This approach maintains close control over material quality, machining accuracy and full product traceability throughout the supply chain. In lifting applications exposed to high dynamic loads and harsh operating conditions, this level of control is critical for engineered lifting solutions used across mining, infrastructure and heavy industry.

Engineering Expertise and Skilled Manufacturing

RUD combines advanced manufacturing technology with highly skilled engineering and production teams. Automated CNC machining, forging and heat treatment systems work alongside hands-on technical expertise, with specialists overseeing every stage of production.

This combination of modern equipment and practical knowledge supports tight tolerances, repeatable output and reliable product performance to meet strict operational standards across a range of industrial environments. The result is German engineered lifting equipment built for reliability, durability and long service life.

VWBG Load Rings - An Example of German Manufacturing Standards

The production of a RUD VWBG load ring demonstrates the precision and manufacturing control used throughout the entire process. The RUD VWBG load ring supports the safe lifting, rotating and turning of loads while reducing shock loading during operation, making it a trusted solution for heavy lifting safety equipment applications.

Production begins with high-grade steel sourced from approved German suppliers, including forged blanks manufactured in-house. RUD applies strict material specifications to achieve the required strength, fatigue resistance and durability before machining starts.

After forging, CNC turning and milling processes create the final threads, bearing surfaces and functional interfaces. Throughout machining, technicians conduct inspections to verify compliance with tight tolerance requirements.

RUD then forms the suspension link from a heated steel bar using induction heating and hydraulic forming equipment. Resistance and flash butt welding join the ends, producing strong and consistent welds capable of withstanding repeated load cycles in demanding environments.

Heat Treatment, Testing and Surface Protection

After forming and welding, components undergo heat treatment to achieve the required mechanical properties and Working Load Limit (WLL). RUD proof tests each suspension link at loads exceeding its rated WLL before conducting detailed inspections for defects and surface discontinuities.

Once approved, the components receive RUD’s distinctive pink powder coating through an electrostatic coating process and controlled oven curing. The coating provides long-term corrosion resistance and wear protection in demanding industrial environments where lifting and lashing equipment must perform consistently under harsh conditions.

Digital Traceability and Final Assembly

Final assembly of the VWBG includes integration of all mechanical components, including an RFID transponder that provides each load ring with a unique digital identity. Users can access product data, inspection records and lifting equipment traceability information using RUD apps such as the BUDDYtron.

This system simplifies product identification, inspection tracking and asset traceability, helping improve maintenance planning and operational safety.

Supporting Australian Industry with Proven Manufacturing Standards

For Australian industries operating in mining, heavy transport, defence and infrastructure, product reliability is a critical factor in safe and efficient operations. Equipment manufactured under strict engineering control supports reduced operational risk, improved service life and compliance with relevant Australian standards.

RUD Australia continues this German manufacturing legacy through its state-of-the-art production facility in Brisbane, supplying industrial lifting equipment Australia industries rely on for safety, durability and operational performance.

Summary

Made in Germany continues to represent precision engineering, controlled manufacturing processes and long-term reliability. At RUD, these principles guide every stage of production, from steel selection and forging through to machining, heat treatment, coating and digital traceability.

The result is lifting and lashing equipment designed to deliver consistent performance, safety and durability in demanding industrial environments. Through advanced manufacturing, vertical integration manufacturing and proven engineering expertise, RUD continues to deliver engineered lifting solutions trusted across the global industry.

In 2026, RUD Germany was recognised as “Company of the Year” in the metal industry category.

If you want more details of our German-made solutions, email us or call us on 07 3809 1300.

Article rewritten from RUD Germany, which can be read here. This information is accurate at the time of publication, and RUD Australia takes no responsibility for any errors, inadvertent or otherwise.

RUD Gambarotta heavy duty apron feeders provide controlled, reliable extraction of heavy and abrasive bulk materials in demanding environments. Built for Australian mining, quarrying, cement and steel industries, they offer high durability, reduced maintenance and strong performance in harsh, remote and high-throughput conditions.

RUD Gambarotta EP and EPP series heavy duty apron feeders are designed for reliable extraction and controlled feeding of large, heavy and abrasive bulk materials. With reinforced steel pans, heavy duty chains, impact rails and high strength drive components, they deliver consistent throughput while protecting downstream equipment. These feeders are widely used across the Australian mining, cement, quarrying and steel industries, where durability, load control and low maintenance are essential.

The Role of Apron Feeders in Material Handling

The first stage of material handling, extracting material from a hopper, stockpile or unloading system, is one of the most challenging. Equipment must manage high impact loads, large lump sizes and abrasive materials without failure. Apron feeders are designed for this task. Unlike conventional conveyors, they provide a slow, controlled and positive feed, making them suitable for heavy duty, continuous operations. In Australia, where sites often operate remotely and around the clock, reliability at this stage is critical to maintaining plant uptime and avoiding costly disruptions.

How Apron Feeders Work

EP and EPP feeders use overlapping steel pans mounted on dual parallel chains to form a continuous moving deck. This deck travels slowly beneath the hopper, extracting and conveying material at a controlled rate. This movement prevents surging and ensures that downstream equipment (crushers and screens) receives a steady feed. Impact rails beneath the loading zone absorb the energy of falling material. The pans flex elastically under load, transferring most of the impact force into the frame before returning to their supported position on rollers, reducing stress on moving components. Support rollers with double ball bearings eliminate sliding contact, improving efficiency and reducing wear, which is important for sites with limited maintenance access.

Choosing the Right Feeder: EP vs EPP?

EP Series - Proven Performance

The EP series is designed for reliable performance in standard heavy duty applications.

EPP Series - Reinforced for Extreme Conditions

The EPP series includes additional reinforcement for more demanding environments.

EPP feeders are suited for extreme loads, high drop heights and highly abrasive materials, common in Australian mining and quarrying.

Key Features That Drive Performance

Performance Capabilities

RUD Gambarotta apron feeders are engineered for demanding conditions for Australian bulk materials handling.

Benefits for Industrial Operations

How are the RUD Gambarotta Apron Feeders suited for Australia?

Australian operations present unique challenges that influence equipment selection.

Your Ideal Engineered Solution

RUD Gambarotta heavy duty apron feeders are engineered for reliability in demanding bulk materials handling applications. With impact rails, reinforced pans, hardened chains and effective load management, they deliver controlled feeding, reduced wear and long term performance. For Australian operations where uptime, durability and efficiency are critical, these feeders provide a dependable solution for heavy duty material extraction and conveying.

If you want more details of our bulk handling solutions, email us or call us on 07 3809 1300.

Article copyright to RUD Australia. This information is accurate at the time of publication, and RUD Australia takes no responsibility for any errors, inadvertent or otherwise.

This edition highlights RUD Australia's manufacturing capabilities and lifting and lashing solutions. It includes updates on networking events, trade shows and our latest blog articles covering the mining, infrastructure and industrial sectors.

What’s Inside This Edition

Why Read the RUD Newsletter?

Stay informed on the latest developments in lifting technology and material handling solutions. Each edition provides practical insights from real-world applications across demanding industries such as mining, construction and heavy infrastructure.

Download or read the full April 2026 RUD Newsletter (PDF) below.

Newsletter Apr 2026

GIPO AG partnered with RUD to integrate high performance lifting and lashing points into mobile crushing plants, improving safety, enabling multi-directional load capacity and reducing engineering complexity.

Transporting large mobile crushing and screening plants requires engineered lifting and lashing solutions to ensure safety, compliance and efficiency. To address this, Swiss manufacturer GIPO AG partnered with RUD to integrate high performance, weldable lifting and lashing points directly into its machines.

Mobile crushers process hundreds of tonnes of rock, concrete and asphalt per hour across demolition, mining, quarrying and recycling applications. Moving equipment of this scale safely is critical to safeguard people, maintain uptime and ensure compliance.

Who is GIPO and why the partnership?

GIPO AG (Gisler Power), headquartered in Seedorf, Switzerland, designs and manufactures mobile crushing and screening plants for global use in aggregates, mining and recycling industries.

Transporting machines that often exceed 10 metres in length and 100 tonnes in weight presents huge challenges. While road transport via low loaders is most common, rail, sea and other specialised transport methods may also be required. Partial dismantling and reassembly are often required with such operations.

During transport, loads are exposed to dynamic forces from braking, acceleration and cornering. In some cases, lashing systems must withstand forces of up to 1.5 times the machine’s weight. This makes the correct design and placement of lifting and lashing points critical.

Focus on Lifting and Lashing Points

Lifting and lashing points are welded directly onto the machine frame and serve dual functions - securing loads during transport and enabling safe lifting using slings.

However, positioning these points is complex. Despite the large size of the machines, space for optimal load distribution is limited. Custom-built designs also make standardisation difficult, often requiring time consuming calculations for each configuration. Even compliant designs can introduce compromises that affect transport safety or load limits.

Collaboration Drives Innovation

By engaging RUD early in the design phase, GIPO gained access to advanced engineering expertise and load analysis. RUD recommended rigid, weldable W-ABA and L-ABA attachment points instead of conventional lifting eyes or movable lashing points. Forged from a single piece, the ABA models provide full load capacity in all directions, eliminating directional limitations and significantly improving design flexibility.

Rated from 0.8 to 31.5 tonnes with lashing capacities up to 20,000 daN, the ABA points are welded directly to the frame, eliminating crevice corrosion and ensuring durability in harsh environments. Integrated wear indicators also simplify inspection and maintenance.

Implementation in New Generation Equipment

The GIPO P 101 Giga and P 111 Giga impact crushers are the first models to feature these attachment points as standard. Depending on configuration, machines are equipped with 10-30 points designed to handle increased transport forces while supporting safe lifting, assembly and maintenance. This standardised approach reduces engineering effort, enables flexible lashing configurations and minimises the need for disassembly during transport.

Key Advantages of RUD:

The integration of RUD lifting and lashing points delivers benefits as below:

Transport limitations are now governed by vehicle capacity and road regulations rather than attachment point constraints. In addition, rigid attachment points simplify fabrication and painting while eliminating time, consuming measurements and angle adjustments and improving overall production efficiency.

Supporting Safer Transport and Compliance in Australia

Although developed in Europe, this case study aligns closely with Australian requirements, including the National Transport Commission (NTC) Load Restraint Guide.

RUD Australia supports safe transport through:

Integrating lashing systems at the design stage improves safety, ensures compliance and reduces transport risk.

A Strong Engineering Partnership

The partnership between GIPO and RUD highlights how early integration of engineered solutions can enhance safety, efficiency and long term reliability. GIPO is now extending these solutions across its full range of crushing and screening plants, which serves as an example for heavy industry worldwide.

Original Reference - Treffpunkt BAU March 2026 issue. If you want more details of our lifting and lashing solutions, email us or call us on 07 3809 1300.

Article copyright to RUD Australia. This information is accurate at the time of publication, and RUD Australia takes no responsibility for any errors, inadvertent or otherwise.

How to Build the Perfect Chain Sling in 6 Simple Steps

Designing a lifting chain sling is more than selecting a chain and hooks. It requires accurate configuration, correct working load limit (WLL) calculations and a clear understanding of lifting angles, load distribution and operating conditions.

This guide shows how to build a compliant chain sling in 6 simple steps using the RUD Configurator, helping you improve safety, reduce errors and streamline your lifting design process.

The RUD Configurator is a free and straightforward chain sling calculator that helps engineers, riggers and lifting professionals design safer, more efficient slings with confidence. It helps save time on chain sling selection while improving application accuracy to create a safer lifting solution.

Click here to use the RUD Chain Sling Configurator to build your sling now.

Step 1: Choose the Chain Type for Your Lifting Chain Sling

The first step in any lifting chain sling configuration is selecting the correct chain type based on your lifting application and required working load limit (WLL).

The options we have included are:

Next, we need to determine the load capacity and choose between 2 grades:

Selecting the proper chain system ensures the sling delivers the required strength, durability and operational performance. Learn more about calculating Working Load Limits (WLL) for chain slings using ChatGPT (Opens a new browser tab with ChatGPT).

Step 2: Adjust for Operating Conditions

Correctly accounting for environmental conditions is critical for lifting safety and compliance with Australian rigging standards. Factors such as temperature, shock loads, and chemical exposure can affect WLL.

ICE components are recommended in challenging environments due to their wear-resistant materials. Choosing the right chain for your conditions ensures safety and longevity.

Step 3: Select Suspension Components

Suspension components are critical rigging equipment that connect the sling to the crane and the load. Options include master links, hooks, connecting elements, shortening elements and balancers. For guidance on selecting compatible components, see rigging hardware selection best practices using ChatGPT (Opens a new browser tab with ChatGPT).

The Configurator offers compatible suspension components based on your selections, helping ensure correct load distribution during crane lifting operations.

Step 4: Add Shortening Components

To balance loads or correct asymmetry, shortening components such as shortening hooks or shortening claws allow precise adjustment of sling length without compromising safety.

These components increase versatility and adaptability across different lifting scenarios. The Configurator highlights compatible options and shows how they integrate into the overall chain sling assembly.

Step 5: Add Intermediate Components

Intermediate components customise the sling for smooth operation and comply with Australian Standards (AS 3775.2).

This step ensures the sling functions safely and effectively under real-world conditions.

Step 6: Select End Components

End components attach the sling directly to the load.

Common options include:

Selecting the correct end fittings is essential for secure load attachment and overall lifting system safety. The Configurator allows you to compare compatible options and confirm suitability.

Review the 3D Model and Export the Design

Throughout the process, you can visualise the sling in 3D. As components are added, the Configurator generates a realistic model, helping confirm the configuration before finalising the setup.

Once complete, users can:

This integration ensures the chain sling design fits seamlessly into project planning and lift documentation.

Why Use a Chain Sling Calculator?

A chain sling calculator removes manual guesswork and improves accuracy in lifting load calculations. Instead of relying on charts or spreadsheets, users can configure a compliant sling based on real-world conditions. This makes it easier to standardise safe lifting practices across projects and teams.

Some of the key benefits are:

Removing the Guesswork from Chain Sling Design

Designing a lifting chain sling no longer requires manual calculations or complex charts. The RUD Configurator is a free, easy-to-use chain sling calculator that helps you design accurate, compliant and safe lifting solutions.

By improving selection speed, application accuracy and safety, it enables engineers and rigging professionals to make confident decisions for every lift.

Click here to start building your chain sling today. Email us or call us on 07 3809 1300.

Article copyright to RUD Australia. This information is accurate at the time of publication, and RUD Australia takes no responsibility for any errors, inadvertent or otherwise.

A Turning Point for Bus Workshops

Australia’s shift to electric and hybrid buses is transforming workshop requirements. Heavier vehicles, high-voltage systems and mixed fleets demand safer, more flexible maintenance solutions. Mobile column hoists offer a future-ready approach, improving efficiency, maximising space and enabling workshops to service evolving bus fleets with confidence.

Across Australia, the move toward electric and hybrid buses is gaining real momentum. Government policies, sustainability targets, and industry leadership from organisations such as the National Heavy Vehicle Regulator (NHVR) and the Bus Industry Confederation (BIC) are driving this shift. State associations, such as BusNSW, are also helping by organising events such as the 2026 Australasia Bus & Coach Expo in Sydney on 15-16 July to showcase the latest in fleet innovation.

But as fleets evolve, so too must the workshops that maintain them. With fuel costs rising (at the time of writing), many operators are taking a hard look at their vehicles, and ABC News has highlighted how quickly the transition to electric vehicles is accelerating. This is not just about swapping engines, it is about embracing new policies, safety standards and operational changes.

The New Reality of Electric Bus Maintenance

Electric buses bring new challenges compared to diesel fleets, and it is worth understanding them if your workshop is preparing for the future. The Electric Vehicle Council, which is Australia’s national EV advocacy body, points out a few key differences between conventional and electric:

NHVR emphasises safe maintenance practices, stable vehicle loads, and compliance. All this underscores the importance of picking the right lifting equipment for modern workshops.

Why Lifting Equipment Is Now a Strategic Decision

Gone are the days when lifting equipment was just another tool. Today, it is central to workshop performance:

Fixed vs Mobile Hoists in Bus Workshops

As workshops prepare for the future, they need to reconsider traditional floor plans. 

Choice of Fixed Hoists or Pits

Or Move to Mobile Column Hoists

Mobile hoists represent the shift toward modular, “future-ready” workshops that are flexible, efficient and ready for change.

Supporting the Transition to Electric Bus Fleets

Electric buses are not coming; they are already here.

Workshops need to be ready in three key areas:

  1. Future-ready: Able to handle heavier vehicles and evolving designs
  2. Safe: Following safety principles and emerging EV service standards
  3. Efficient: Reducing turnaround times and improving labour utilisation

RUD Heavy Vehicle Hoists offers solutions like Endurequip Mobile Heavy Vehicle Hoists and Finkbeiner Mobile Wireless Hoists. Endurequip Hoists are Australian-made, tough and the only hoists approved by the Australian Defence Force. Finkbeiner wireless hoists are German-engineered, high-capacity and versatile. Both options, along with their accessories, are designed for modern bus workshops, whether servicing traditional or electric fleets.

From Equipment to Operational Advantage

The transition to electric buses is unfolding across Australia. Workshops that align with safe policies and the Electric Vehicle Council’s guidelines will be best positioned to operate safely, efficiently and in compliance. By combining flexible lifting technology with smart workshop design, operators can boost productivity, reduce downtime and future-proof their maintenance facilities.

With the 2026 Australasia Bus & Coach Expo approaching, now is the perfect time to rethink your workshop setup and explore how RUD hoists can support the next generation of bus fleets.

Frequently Asked Questions (FAQ)

What do electric bus workshops need?
They need equipment to handle heavier vehicles, safe underbody access and high-voltage safety procedures

Are mobile column hoists suitable for electric buses?
Mobile hoists offer flexible configurations, handle heavier loads and make underbody access easier. They are getting popular in workshops, moving to electric fleets

Do electric buses require different maintenance equipment?
They need hoists with higher capacity, safety systems for high-voltage work and battery access

What should I consider when upgrading a workshop?
Flexibility, safety compliance, scalability for growth and equipment that improves workflow efficiency

RUD offers reliable heavy vehicle hoists and accessories for automotive workshops. Click here to email us or call us on 07 3809 1300. 

This information is accurate at the time of publication, and RUD Australia takes no responsibility for any errors, inadvertent or otherwise. Some pictures are for illustration only.

RUD TECDOS chain drive technology enables the precise and reliable movement of 35-tonne movable roof sections in a demanding bulk handling environment. Designed for durability in dusty conditions, the system ensures smooth operation and improved efficiency at a European port facility.

Bulk material handling requires more than just storage space. Operators must ensure easy access for loading and unloading while protecting stored materials from weather. A project at the Enns port precinct in Europe demonstrates how engineered chain drive technology can help. By incorporating an automated sliding roof system powered by RUD TECDOS chain drive technology, the handling hall at Danubia Speicherei provides operational flexibility while maintaining durability in demanding industrial conditions.

A Storage Facility Designed for Efficient Material Handling

The handling hall, operational for over a year, was designed for loose bulk goods such as animal feed. Strategically located with road, rail, and waterway access, the facility serves as a key logistics hub. It includes three reinforced concrete storage bays, each approximately 33 metres long, 10 metres wide and over 12 metres high.

Above each bay is a movable roof section measuring 33 x 10 metres. Unlike conventional roofs, these open and close automatically, allowing loading from above using cranes. Each roof weighs about 35 tonnes and can be controlled independently via a wireless remote, enabling separate access to all bays and improving operational flexibility.

Engineering the Movable Roof Concept

From the planning stage, Danubia Speicherei saw the advantages of a movable roof. The roof’s size and weight made design more complex than conventional buildings. They partnered with an engineering specialist experienced in lifting and mechanical handling technology, responsible for the drive system, control technology and mechanical integration. The company worked closely with RUD Germany to deliver a reliable drive solution for heavy loads.

TECDOS Chain Drive Technology for Heavy Loads

The roof system is powered by the RUD TECDOS Pi-Gamma Drive System, a compact chain drive solution for demanding industrial applications. Each roof section uses four drive units working together for smooth operation.

The Pi-Gamma system combines a fixed 180-degree chain deflection (Pi configuration) and a variable deflection between 90 and 180 degrees (Gamma configuration), allowing efficient operation in horizontal and vertical applications. The system uses a high strength round steel chain on a specially designed drive shaft, minimising mechanical forces while ensuring reliable power transmission. The TECDOS chain drive system is suitable for heavy industrial applications, including bulk handling infrastructure and large mechanical installations.

Each storage bay uses a 33m long round steel chain (TEC12), supported by rollers at two metre intervals to ensure smooth movement and reduce sagging.

Built for Harsh Bulk Handling Environments

Bulk storage environments pose challenges for mechanical equipment due to high dust levels. Chain drive technology was selected for its reliability in such conditions. Heavy duty chains resist dust contamination and require minimal maintenance. The system is also durable and corrosion resistant, suitable for outdoor exposure.

The Pi-Gamma system is compact, with TEC12 drive units having a pitch circle diameter of 82.3 millimetres and weighing around 12 kilograms, yet capable of moving extremely heavy loads.

Managing Wind and Weather Conditions

At over 12 metres tall, the roof structures are subject to wind forces. Engineers designed the system to withstand pressures up to 120 N/m². Roof sections can be mechanically locked during adverse weather. Narrow roof gaps prevent water entry, protecting stored materials. Snowfall can add up to 15 tonnes per roof, but the drive system can move loads of approximately 50 tonnes horizontally, ensuring reliable year round operation.

Designed with Future Expansion in Mind

Danubia Speicherei operates multiple facilities in the Enns port precinct. The new hall allows expansion by duplicating the layout, effectively doubling storage capacity while maintaining performance and efficiency using the same movable roof concept and chain drive technology.

Engineered Drive Solutions for Industrial Infrastructure

The Enns port installation highlights how modern drive technology supports large scale industrial infrastructure. By combining robust mechanical design with compact high performance chain drives, TECDOS Pi-Gamma systems provide reliable motion control for heavy structural components. For bulk handling facilities, ports and logistics operations, RUD’s engineered solutions deliver durability, flexibility and efficiency.

RUD offers reliable conveying and hoisting equipment for industrial applications. Click here for a complete overview of our Conveyor Systems and Hoist Chains. 

This information is accurate at the time of publication, and RUD Australia takes no responsibility for any errors, inadvertent or otherwise. Some pictures are used for illustration only.

The 2026 Australasia Bus & Coach Expo in Sydney.

Visit Stand #150 at the 2026 Australasia Bus & Coach Expo in Sydney (15–16 July) to explore advanced heavy vehicle lifting and workshop solutions. Discover Australian-made Endurequip Portalifts and German-engineered Finkbeiner Wireless Hoists, designed for safe, flexible and efficient bus and coach maintenance, including future-ready EV workshop upgrades.

The Australasia Bus & Coach Expo returns to Sydney Olympic Park from 15-16 July 2026, bringing together Australia’s leading bus and coach manufacturers, suppliers and workshop solution providers. As the largest bus and coach industry event in the region, the expo will feature more than 13,000 square metres of vehicles, technology and workshop equipment. 

We invite you to visit Stand #150 to explore our advanced heavy vehicle lifting and workshop handling solutions designed specifically for bus and coach workshops.

Endurequip Portalifts - Australian Made Mobile Heavy Vehicle Hoists

Endurequip Portalifts are Australian-Made mobile heavy vehicle hoists engineered for reliability, safety and long-term performance. Designed to meet the demands of bus and coach maintenance facilities, Endurequip Portalifts provide:

Finkbeiner Wireless Hoists - German Engineered Precision

Finkbeiner wireless mobile heavy vehicle hoists are ideal for bus depots and fleet maintenance workshops seeking precision control, flexibility and innovation in their lifting operations offering:

Workshop Handling Solutions for Buses & Coaches

In addition to mobile column hoists, we provide complete workshop handling solutions designed to improve safety, compliance and operational efficiency for:

Why Attend the 2026 Australasia Bus & Coach Expo?

The 2026 Australasia Bus & Coach Expo is the premier event for Australia’s bus and coach industry. By attending, you can:

If you are planning workshop upgrades, increasing fleet capacity or improving maintenance efficiency, this event provides valuable insight and practical solutions. Click here to register.

See you there!

This information is accurate at the time of publication, and RUD Australia takes no responsibility for any errors, inadvertent or otherwise. Some pictures are for illustration only.

RUD TECDOS drive technology provides precise and reliable control of sluice gates in dams, reservoirs and industrial applications. By ensuring safe, consistent operation in critical water management systems, it supports compliance, protects infrastructure and improves long-term performance.

The Risk in Traditional Sluice Gate Drives

Many old sluice gates still use non-calibrated lifting chains and non-standard pocket wheels that were never designed to operate efficiently as a single unit. In such gates, lifting chains and pocket wheels are sourced from different manufacturers. These components may appear compatible, but they are not calibrated to operate together. As the non-calibrated chain articulates over a non-matching pocket wheel, misalignment can occur, resulting in pinging, jolting, and uneven load transfer.

Over time, this can accelerate wear and tear, increase vibration and place stress on the drive system. In the worst-case scenario, the chain can fail to sit correctly on the pocket wheel, preventing the gate from opening or closing when required. During high water flow or floods, this type of failure can have serious consequences, including flooding, plant shutdowns, or unplanned downtime for repairs. The issue is simple: non-calibrated lifting chains are not suited to precision sluice gate applications, particularly when paired with pocket wheels manufactured to different tolerances and standards.

RUD Precision Engineering

RUD is a world leader in drive technology. We provide solutions through a fully integrated approach to chain and drive technology. RUD lifting chains are 100% calibrated using state-of-the-art manufacturing and measurement technology. The matching pocket wheels are designed and produced to the same exact tolerances, ensuring smooth articulation, correct load distribution and reliable operation.

Both the chain and the pocket wheel are manufactured in Germany, in the same facility, drawing on more than 150 years of chain engineering expertise. This single-source manufacturing model eliminates compatibility risks and delivers precision not achievable with mixed-component systems.

TECDOS Drive Technology for Sluice Gates

The TECDOS Drive Technology builds on this foundation of calibrated chain engineering to deliver a robust, mechanical drive solution specifically suited to challenging sluice gate environments. TECDOS is a modular drive system that transmits force via a high-strength round-steel chain and precision-engineered drive units, such as the PI-GAMMA and OMEGA drives.

Unlike friction-based mechanisms or hydraulic systems, TECDOS relies on positive mechanical engagement. This ensures predictable, controlled movement under high static loads, variable operating conditions and frequent start-stop cycles, which are common in sluice gate applications. The cold-formed round steel chain offers exceptional strength, fatigue resistance and wear performance, making it ideal for wet, abrasive and corrosive environments found in water and wastewater infrastructure.

TECDOS is Ideal in Sluice Gate Applications

Sluice gates are hard on drive systems. Constant exposure to moisture, sediment, and challenging weather events can degrade standard rack-and-pinion drives, wire rope systems or hydraulic cylinders. These systems depend on friction surfaces, seals or fluid pressure, which can lead to variability, leakage and higher maintenance requirements over time.

TECDOS drive systems are engineered to minimise these failings. With fewer wear-prone interfaces and a mechanical load path, the system ensures consistent performance throughout its life. This is valuable in remote or difficult to access installations where maintenance opportunities are limited and downtime is costly. TECDOS systems are suitable for vertical lift gates, horizontal slide gates, isolation gates and flood protection gates and support linear, vertical, horizontal or inclined movements.

Technical Overview

TECDOS® Drive Technology - Key Characteristics

Parameter TECDOS Drive Technology
Drive principle Positive mechanical chain engagement
Chain type High-strength, calibrated round steel chain
Movement types Enhances overall vehicle stability; Prevents tipping or shifting
Load capability High static and dynamic loads
Environmental suitability Wet, abrasive and corrosive conditions
System design Modular and configurable
Maintenance requirement Low

Comparison with Traditional Sluice Gate Drives

Feature Traditional Drives TECDOS Drive Technology
Traction Method Friction or hydraulic pressure Positive chain engagement
Component compatibility Variable Fully matched and calibrated
Wear resistance Moderate High
Corrosion tolerance Variable Designed for harsh environments
Movement consistency Can vary under load Predictable and controlled
Maintenance frequency Moderate to high Low

Extending Asset Life Through Refurbishment

An advantage of RUD products is the ability to refurbish existing sluice gate systems with minimal changes. In many cases, TECDOS drive technology and calibrated chain systems can be integrated into existing gate designs, improving reliability without the cost of full replacement. This can help extend the operational life of sluice gate assets by 10 to 15 years and maximise whole-of-life cost savings while improving safety and performance.

After Sales Support

RUD’s commitment does not end with the supply of components. Customers benefit from local after-sales support in Australia, backed by experienced engineers who understand both the mechanical and operational challenges of sluice gate applications. From system selection and design support through to refurbishment planning and ongoing service, RUD works as a long-term partner.

A Future Ready Solution for Critical Infrastructure

As water and wastewater infrastructure move toward longer maintenance cycles, increased automation, and higher reliability expectations, it is essential to have credible mechanical solutions. TECDOS® Drive Technology provides a dependable, precision-engineered solution that integrates with modern control systems while maintaining mechanical simplicity.

By eliminating the risks associated with non-calibrated chains and mismatched pocket wheels and by offering a robust, serviceable drive solution, RUD sets a new benchmark for reliability in sluice gate applications.

Key Installation: In 2003, the Panama Canal Authority replaced the old mechanical drives with TECDOS OMEGA Drive for higher resistance to corrosion and shock loads. 

RUD offers reliable conveying and hoisting equipment for industrial applications. Click here for a complete overview of our Conveyor Systems and Hoist Chains. 

This information is accurate at the time of publication, and RUD Australia takes no responsibility for any errors, inadvertent or otherwise. Some pictures are used for illustration only.

RUD Lifting Innovation Event.

RUD Australia’s October 2025 Lifting Innovation Event showcased live demonstrations, breaking tests and the Configurator sling chain calculator, highlighting safer, more efficient lifting solutions while connecting industry leaders and CICA delegates in Brisbane.

RUD Australia held a Lifting Innovation Event in October 2025, exclusively for the crane industry. We invited Crane Business Owners, Lifting Operations Managers, Lifting Engineers and Industry Partners to an engaging showcase and demonstration of lifting design, equipment technology, and innovation, timed alongside CICA 2025.

What did we showcase?

A huge thank you to everyone who joined us - your enthusiasm, discussions and collaboration made the event a fantastic success. We are proud to continue leading the way in lifting innovation and safety excellence across Australia.

Part 2 of the 2-part article. Click here to read Part 1.

This article explains how advanced motion control, compliant load securing and certified testing protect wind turbine components, improving safety, reducing crane time and supporting reliable wind farm development in Australia.

Motion Control for Wind Farm Installations

Lifting long and slender wind turbine components requires stability as well as strength. Motion control systems, including engineered lift points, guide mechanisms and controlled tag line systems, help minimise rotation and pendulum movement during installation. This is particularly important in outback Australian wind farm locations where wind conditions can change rapidly. Improved motion control reduces corrective crane movements, lowers crane time and enhances crew safety during complex wind turbine lifts.

Lashing Equipment & Load Securing for Wind Turbine Transport

Transporting wind turbine components across Australia requires certified lashing equipment and compliant load securing systems. Integrated lifting and lashing solutions are essential to prevent transport related damage before components reach site. RUD’s Grade 120 ICE chain systems and lashing equipment provide:

By integrating lifting and lashing equipment into a complete material handling strategy; wind energy operators reduce transport incidents and protect components across the supply chain.

Testing, Certification & Compliance

Compliance and traceability are critical in major wind energy infrastructure projects. Certified lifting and lashing equipment should include:

Comprehensive testing ensures load paths and fabricated components meet Australian standards before operation. For EPC contractors and project owners, this documentation simplifies audits and strengthens regulatory confidence across wind farm developments.

Planning Wind Turbine Lifting Early

For optimal performance, lifting equipment selection should begin during the wind farm design phase, not just prior to mobilisation. Project planners should:

Early coordination ensures lifting and lashing equipment is engineered specifically for each wind energy project, reducing installation challenges and improving long term reliability.

Supporting Australia’s Growing Wind Energy Industry

As Australia’s wind energy capacity continues to grow, so does the need for advanced wind turbine lifting and lashing equipment. Through modular spreader beams, component-specific lifting systems, integrated Grade 120 lashing equipment and certified testing and inspection services, RUD Australia supports wind farms across manufacturing, transport, installation and maintenance.

The result is safer wind turbine lifts, faster project schedules, reduced downtime and lower lifecycle costs, ensuring high value turbine components remain protected throughout their operational life.

Frequently Asked Questions

What chains are used for wind turbine transport?
Certified Grade 120 lifting chains are commonly used for heavy duty load securing during wind turbine transport across Australian wind farms.

How do you ensure lifting compliance in Australia?
Compliance is ensured through load testing, certification, documented traceability and adherence to Australian standards for lifting and lashing equipment.

If you want more details of our wind turbine lifting and lashing solutions, email us or call us on 07 3809 1300.

Article copyright to RUD Australia. This information is accurate at the time of publication, and RUD Australia takes no responsibility for any errors, inadvertent or otherwise.

This edition highlights the success behind RUD Australia - the people. We discuss teamwork, safety and innovation where every individual's contribution drives a shared goal. We also cover the trade shows for 2026 and our latest blog articles.

What’s Inside This Edition

Why Read the RUD Newsletter?

Stay informed on the latest developments in lifting technology and material handling solutions. Each edition provides practical insights from real-world applications across demanding industries such as mining, construction and heavy infrastructure.

Download or read the full January 2026 RUD Newsletter (PDF) below.

Newsletter Jan 2026

Where can you meet the RUD team in 2026?

We will be taking part in key industry trade shows in 2026 and we look forward to connecting, sharing ideas and demonstrating our products and solutions. 

Trade Shows Dates City Venue Type
Australasian Bus & Coach Expo 15-16 July 2026 Sydney Sydney Showgrounds Automotive
Landforces 6-8 October 2026 Perth Perth Convention & Exhibition Centre Defence
IQA National Conference 6-8 October 2026 Gold Coast Gold Coast Convention & Exhibition Centre Quarrying
CICA 2026 28-30 October 2026 Hunter Valley Rydges Resort Cranes

This information is accurate at the time of publication, and RUD Australia takes no responsibility for any errors, inadvertent or otherwise. 

This is a 2-part article.

Australia’s growing wind energy sector demands engineered lifting and lashing solutions to safely and efficiently handle longer blades, heavier nacelles and taller towers across installation, transport and maintenance.

Delivering safe and efficient wind turbine lifting in Australia requires more than standard rigging gear. It demands engineered lifting equipment, certified lashing systems and technical expertise that protect high value components throughout the wind energy project lifecycle.

Engineering Support Across the Wind Farm Lifecycle

From manufacturing facilities to remote wind farm sites, lifting and lashing solutions must integrate seamlessly.

RUD Australia supports wind energy projects with:

This end-to-end capability ensures continuity between manufacturing, transport, installation and maintenance, reducing risk while improving efficiency across Australian wind farms.

Why Lifting Innovation Matters in Wind Energy

Every wind turbine lift carries risk. Incorrect rigging, unpredictable weather conditions or inadequate planning can lead to:

Engineered lifting equipment reduces these risks by aligning beam geometry precisely with designated lift points. Using in-house finite element analysis (FEA), lifting systems can be validated to control bending forces and ensure safe load distribution.

Certified lifting equipment manufactured and inspected to Australian standards minimises downtime, reduces corrective work onsite and offshore and shortens wind farm installation schedules.

Modular Spreader Beams for Wind Turbine Lifting

Modular spreader beams remain central to safe wind turbine lifting. Multi-point lifting reduces bending stress on long components such as blades and tower sections.

Modern modular lifting beams:

This modular approach supports reusability and lowers total lifecycle costs - a key consideration in large scale Australian wind farm developments. Custom lifting beam configurations further ensure correct load paths and safe lifting geometry for specialised turbine components.

Component-Specific Wind Turbine Lifting Equipment

Wind turbine components require precision handling to protect composite blade surfaces, machined interfaces and internal assemblies.

Specialised lifting equipment for wind energy projects includes:

Using purpose designed lifting equipment improves control, protects high-value assets and reduces reliance on improvised rigging methods. This shortens alignment time and enhances safety during wind farm construction and servicing.

Click here to read Part 2 ...

If you want more details of our lifting and lashing solutions for the wind energy sector, email us or call us on 07 3809 1300.

Article copyright to RUD Australia. This information is accurate at the time of publication, and RUD Australia takes no responsibility for any errors, inadvertent or otherwise.

Frequently Asked Questions

What lifting equipment is used for wind turbine installation in Australia?
Wind turbine installation in Australia uses modular spreader beams, blade lifting tools, nacelle lifting fixtures and certified Grade 120 chains to distribute loads safely and comply with Australian standards.

Why are modular spreader beams important for wind farms?
Modular spreader beams distribute loads evenly across multiple lift points, reducing bending stress on long blades and tower sections while ensuring safe wind turbine lifting.

Why is integrating lashing points during trailer manufacture a good idea?

Integrating lashing points during trailer manufacture ensures safe, efficient and reliable heavy load transport by embedding load restraint into the design and structure from the start.

One of the most effective ways to support safe heavy transport is to integrate engineered lashing points into the design of trailers. This ensures operators have the right connection points to safely and efficiently restrain loads in line with Australian load-restraint guidelines.

RUD’s Role in Manufacturing

RUD offers a wide range of certified lashing solutions. Our weld-on and bolt-on lashing points are designed for heavy-haul, industrial and general transport applications, including trailers.

By incorporating RUD lashing points during construction, manufacturers can:

Leading manufacturers worldwide can attest to the benefits of integrating lashing points during the design phase, improving safety and operational efficiency. By embedding rated, accessible anchor points directly into trailers or heavy equipment, these companies provide transport-ready solutions that simplify load securing, reduce risk and support compliance. These global examples offer insights for Australian trailer manufacturers to adopt in their builds.

MTU Solutions

MTU Solutions’ 48-tonne Series 8000 diesel engine used in ships includes purpose-designed lashing points which are fitted directly on the housing. This ensures that each engine can be transported safely from the factory to its destination. By integrating lashing points into the engine, MTU demonstrates that load restraint is most effective when incorporated into the design phase.

https://www.mtu-solutions.com/au/en.html

August Alborn

The German heavy haul specialist August Alborn recently commissioned a 400+ tonne modular trailer equipped with RUD ACP-TURNADO lashing points. These points permitted the safe transport of 215 tonne test loads and provided flexibility for a variety of heavy cargo. August Alborn’s experience shows the practical benefits of integrating rated lashing points into trailer builds.

https://www.alborn.de/en/

Goldhofer AG

Goldhofer, a leading global manufacturer of trailers and low-loaders, specifies RUD lashing points in its designs. Their trailers come with multiple anchor points built into the frame, which helps with safe restraint of heavy machinery and industrial equipment without additional modifications. This process ensures the trailer is transport ready when it leaves the factory.

https://www.goldhofer.com/en/

These examples highlight that designing lashing points into the build is the most effective way to ensure safety, compliance, and operational efficiency.

Why Integrating Lashing Points Matters

Australia’s National Heavy Vehicle Regulator (NHVR) requires the loads to be secured so they cannot move during transit. Integrating lashing points during trailer manufacture makes compliance easier and more reliable.

Key Benefits:

Supporting Better Outcomes for Manufacturers and Operators

Australian trailer manufacturers can benefit from integrating lashing points during the design phase:

By incorporating lashing points into the design process, manufacturers can deliver trailers that meet operator expectations, improve safety on Australian roads and enhance their reputation for quality, reliability and innovation.

This information is accurate at the time of publication, and RUD Australia takes no responsibility for any errors, inadvertent or otherwise. Some pictures are for illustration only.

Leading Your Workshop into the 2026 EV Era.

It’s 7:00 AM. A new electric bus rolls into your service bay. There is no rumble of a diesel engine, just the quiet hum of high voltage. Your lead mechanic looks at the chassis, then at your old, fixed hoist and realises the world has changed. The lift points are different, the vehicle looks heavier and he does not even know where to begin on safety.

Electric and hybrid heavy vehicles are not just on the way; they are already here. For Australian workshops, this shift is not about throwing away your tools; it’s about upgrading your way of operations. By 2026, the most successful workshops will be the ones with the most flexibility, not the tools or the mechanics.

Here are five steps to ensure your workshop does not just survive the transition but can lead it.

Step 1: Respect the New Heavy

In the diesel world, weight is constant. Of course, in some vehicles, there might be a few extra accessories that might increase the weight, but the weight range is always predictable. In the EV world, weight is a moving target. Battery packs, often mounted deep within the chassis, can make a vehicle significantly heavier and shift its centre of gravity in ways that a standard hoist will not be able to manage.

What can you do? Assess your current lifting capacity now. Portable heavy vehicle column hoists like Endurequip or Finkbeiner are popular in the EV era because they don't lock you into one position. Both hoists allow you to adjust your lift points vehicle-by-vehicle, ensuring that a $500,000 electric truck stays perfectly level and safe.

Step 2: Redefine the Safe Zone

High voltage systems bring a new kind of tension to the workshop floor. Even a routine brake job or suspension repair now requires a Safety First procedure due to high voltage for isolation procedures and exclusion zones.

What can you do? Create dedicated EV service bays with clear visual boundaries. Use lifting equipment that offers precise, synchronised control and clear feedback. When your team hears the solid click of hoists that are synchronised, they will feel confident that the hoists with the vehicle are safe.

Step 3: Choose Flexible Over Fixed

The days of being attached to the floor like a service pit or a fixed hoist are disappearing. As your fleet grows to include everything from hydrogen ready or electric buses and trucks, your floor plan needs to be fluid.

What can you do? Think of your workshop floor as a blank canvas. Portable heavy vehicle hoists allow you to reconfigure your entire layout in minutes. Whether you are servicing a long wheelbase bus today or a compact hybrid truck tomorrow, you will never have to turn a client away because the vehicle won't fit in the bay.

Step 4: Staff Training

Focus on awareness. Your mechanics don’t need to become electrical engineers, but they need to be EV ready. Due to the rapid technological changes, there is uncertainty in many workshops, but we need to replace that uncertainty with familiarity.

What can you do? Focus on awareness. Teach the team why hoist positioning is critical for battery safety and how to use custom lifting adaptors and ramps for new chassis designs. When a mechanic understands the why, the how becomes second nature.

Step 5: Prepare for the Workshop You Will Have in 2030

Buying equipment for today’s vehicles is not a great plan. Ask yourself the question - Are you buying for the diesel fleet of yesterday or the mixed energy fleet of tomorrow?

Preparing Without the Panic

Transitioning to electric and hybrid fleets does not mean starting from scratch; it means working smarter. By focusing on weight, safety and flexibility, you turn the 2026 deadline from uncertainty into a competitive edge.

The workshops that invest early in flexible portable heavy vehicle hoists and staff training will be able to transition better for the future.

Additional Notes:

HVIA - Heavy Vehicle Industry Australia is a passionate advocate of funding incentives to accelerate the low and zero emissions transition and the following are a result of state and federal funding:

This information is accurate at the time of publication, and RUD Australia takes no responsibility for any errors, inadvertent or otherwise. Some pictures are for illustration only.

Christmas is doing a little something extra for someone - Charles Schulz

Christmas is the season of giving and as usual we have our December champion who steps up with her Be An Elf charity. Be An Elf is a Brisbane based charity whose mission is to help transform lives, instill hope and build a brighter tomorrow for children in need. 

The #RUDstory is about our employees, the charities they support, the values they hold dear, and their experience of teamwork, challenges and motivation at RUD.

When you think about Be an Elf’s contribution to the community and what feels most meaningful to you?

What feels most meaningful to me is the way 'Be an Elf' restores a sense of magic, dignity, and hope for children who are going through incredibly tough times. It’s not just about giving gifts; it’s about showing a child that someone cares, that they are seen, and that their wish matters. Knowing that we can make even one child feel loved and valued on Christmas Day is what makes this charity so special to me.

How do contributions from RUD and the broader community help move the charity’s mission forward?

The contributions from RUD and the wider community help turn these Wish Letters into moments of joy. Every gift we choose and every bag we prepare becomes part of a larger effort to support children who often go without the basics. Our involvement shows that a workplace can be a force for good. When we come together, whether by picking up a Wish Letter or donating items, we are helping Be an Elf reach more families and make Christmas brighter for those who need it most.

Is there a moment or experience with the charity that has stayed with you?

Yes, there are several moments, but one in particular has stayed with me. The founder once shared a story about a child who asked Santa for a block of cheese because the family had so little. When the child received it, they cried with happiness. That story brought tears to my eyes, and it still does.

Another moment was reading a Wish Letter this year from a child who asked for a can of Aeroguard and a painting book so he could sell his artwork to help his mum pay the bills. These simple, heartfelt requests remind me how much need is right in front of us and how easily we can help lighten someone’s burden.

If there is one thing you wish more people understood about this cause, what would it be?

I wish more people understood that poverty is often hidden from view. Many children who write these wish letters are not asking for toys; they are asking for essentials like shoes, underwear, sheets or toiletries. These kids are not ungrateful or demanding; they are simply trying to make ends meet. Be an Elf gives us a window into their reality and shows how much of a difference one small act of kindness can make.

Do you have any final thoughts or a message you would like to share about the charity and the role we can all play?

My message is simple: every one of us can make Christmas magical for a child. Whether it’s choosing a Wish Letter, donating a single item or encouraging others to get involved, we all have the power to bring joy and relief to families who are doing it tough.

I am proud to spearhead Be an Elf at RUD, and I am grateful to work alongside such generous colleagues. When we come together with kindness and compassion, we help create a community where no child feels forgotten, especially at Christmas.

Interested in joining the team?

Check our current vacancies on Seek.

We are always looking for new team members in engineering, production or sales who believe that customers and culture are important. If no suitable roles are available, please click here to submit an expression of interest.

How does RUD TECDOS Drive help in sewage treatment plants?

Modern sewage treatment plants place extreme demands on mechanical drive systems and selecting the right drive technology is critical to achieving reliable, continuous operation in clarifiers, grit chambers and grease removal systems.

Modern sewage treatment plants operate in some of the harshest mechanical environments. Constant moisture, abrasive solids, corrosive gases and variable loads place extreme demands on drive systems used in clarifiers, sand traps and grease filter separators. Reliable, purpose-built drive technology is critical to ensuring stable and continuous plant operation. RUD’s TECDOS Drive Technology has been developed specifically to meet these challenges in sewage and wastewater treatment applications.

The Role of Drive Technology in Clarifiers

Clarifiers are large settling tanks that use gravity to separate solids from liquids. They include large scraper bridges that rotate continuously to collect settled sludge and move it into collection hoppers. Surface skimmers remove floating scum from the water surface.

The drive system powering this slow moving, high torque mechanism must operate with minimal vibration in outdoor installations exposed to sun, rain and dust.

TECDOS drive systems utilise high-performance round steel chains as the primary transmission mechanism, replacing conventional gear racks or friction-based drives. The chain based technology ensures consistent power transfer, calibrated movement and superior resistance to shock loads. The fixed head PI-GAMMA drive configuration ensures smooth and stable operation of scraper bridges under varying load conditions, contributing to longer service life and reduced operational disruptions.

Unlike traditional open gear drives, TECDOS components are designed with weatherproof construction and corrosion resistant materials, ensuring trouble free operation in permanently wet and chemical environments. This makes TECDOS ideal for circular and rectangular clarifiers in council sewage and industrial wastewater plants.

TECDOS® Systems

At the core of every TECDOS solution is a quenched and tempered round steel chain. RUD chains are engineered for exceptional dynamic strength and wear resistance, offering long service life in heavy duty drive applications.

Each chain is traceable through standard 3.1 inspection certificates, supporting material quality assurance and process safety compliance.

TECDOS systems are supported by engineered components designed for strength, alignment and serviceability, including:

This modular TECDOS drive system can be adapted for both new installations and retrofit projects in existing sewage treatment plants.

Benefits of TECDOS Drives in Clarifiers

The key advantages of TECDOS technology in clarifier applications include:

Applications in Sand Traps (Grit Chambers)

Sand traps, also known as grit chambers, are designed to remove heavy inorganic particles such as sand, gravel and small stones from incoming wastewater. These highly abrasive materials cause rapid wear in conventional mechanical drives.

TECDOS OMEGA drive systems are well suited for grit removal equipment. With a chain loop angle of up to 180 degrees and options for fixed or mobile drive arrangements, the system delivers reliable power even under high resistance load conditions. This delivers efficient grit removal, protects downstream equipment and reduces overall plant lifecycle costs.

Advantages for Grease Filters and Scum Removal Systems

Grease filters and scum removal mechanisms primarily handle floating fats, oils and grease (FOG). These substances are sticky, chemically aggressive and difficult for conventional drive components. TECDOS drives eliminate many slip and corrosion related problems through a chain based positive drive principle. Because power is transmitted mechanically via high strength steel chains rather than friction-based systems, performance remains stable even when exposed to oily and greasy residues.

This reliability enhances overall process stability and enables treatment plants to maintain compliance with discharge regulations.

TECDOS Advantages for Treatment Plant Operators

Beyond individual applications, TECDOS drive technology supports broader operational goals of modern sewage treatment plants:

The ability to deliver complete system solutions, including motors and customised mounting arrangements, simplifies project engineering and installation.

Why Chain-Based Drives Are Replacing Traditional Systems

Traditional clarifier and scraper bridge drives have often relied on rack-and-pinion systems or friction wheels. While these solutions can be effective under ideal conditions, they are vulnerable to accelerated wear, slippage and misalignment in real world wastewater environments.

TECDOS round steel chain drives provide positive mechanical engagement with proven, long-term performance. This is particularly critical in large diameter clarifiers, where uniform power distribution and high reliability are essential for process efficiency.

The Final Word

TECDOS Drive Technology is a modern, purpose-built solution for the mechanical challenges of sewage treatment plants. When used in clarifiers, sand traps and grease filters, the system delivers high torque capacity, superior resistance to wear and corrosion and outstanding operational reliability.

By combining high performance round steel chains with robust, modular drive systems such as PI-GAMMA and OMEGA, TECDOS enables improved system uptime, reduced maintenance costs and stable, predictable process performance.

Do you want more information on our drive technology solutions? Call us on 07 3809 1300 or email us.

This information is accurate at the time of publication, and RUD Australia takes no responsibility for any errors, inadvertent or otherwise. Some pictures are for illustration only.

What are sudden shock loads and how to avoid them?

The RUD ACP-TURNADO lifting point eliminates dangerous shock loads caused by standard shackles jamming during rotation. By featuring a unique spring-loaded mechanism that automatically aligns with the direction of force, it ensures smoother, safer handling and protects expensive equipment from damage.

In the injection moulding sector, particularly within the automotive supply chain, handling heavy moulds is a daily operational critical task. Activities such as lifting, rotating and opening these moulds carry inherent safety risks. Moreover, given the urgency of automotive production schedules, even minor delays or mishaps can have serious consequences.

Every mould must be lifted in and out of the injection-moulding machine with precision. Tight schedules mean that delays in tool handling can disrupt production lines, potentially incurring penalties from vehicle manufacturers. Consequently, safe and efficient handling is essential, not only for productivity but for the protection of workers and equipment.

Sudden Loads and Stress Points

When moulds are turned while suspended, the lifting system is often subjected to "shock loads." These occur when standard lifting points become stuck in a 90-degree position during the turn. As the lifting point snaps back into alignment with the direction of the force, the load shifts abruptly, placing immense strain on the bolts, shackles and crane components.

These sudden movements can cause:

Maintaining efficiency under time pressure while reducing these risks and ensuring safety remains one of the biggest challenges in tool handling.

Enter A Smarter Lifting Solution - ACP-TURNADO

To eliminate these risks, RUD developed the ACP-TURNADO, an advanced lifting point designed to prevent shock loads and unintentional load drops.

The core innovation of the ACP-TURNADO is a unique spring-loaded mechanism that ensures the shackle automatically aligns in the direction of the pull. This means it cannot get stuck in the dangerous 90-degree “worst-case” position. The result is smoother lifting and rotating, without sudden impacts or excessive shear forces.

Key Features of the ACP-TURNADO

All ACP-TURNADO variants also include wear indicators for easy inspection. From size M36, they also include torque and load data on the bushing, as well as angle markings for quick alignment checks.

Lifting and Lashing

The ACP-Turnado is not limited only to lifting. It can also be used as a lashing point for securing loads during transport or between production and storage. Its automatic alignment in the pulling direction helps maintain correct load restraint.

Safety Note: A lifting point used for lashing (Safety Factor 2:1) must not be reused for lifting (Safety Factor 4:1).

This dual functionality makes the ACP-Turnado particularly valuable in injection-moulding environments where moulds are frequently moved between production, maintenance and storage areas.

Smarter and Connected Handling

RUD offers digital tools to make lifting operations safer and more efficient. ACP-TURNADO lifting points include integrated RFID transponders. This allows users to instantly access manuals, inspection records and technical data sheets, streamlining compliance and maintenance.

Safe and Efficient

The ACP-Turnado is more than a lifting or lashing point - it’s a safety engineered system for modern manufacturing. By combining automatic alignment, robust construction and digital traceability, it helps automotive and industrial operators to:

In demanding environments like injection moulding, the ACP-Turnado delivers the reliability and safety required to keep production moving efficiently and without compromise.

RUD offers certified, durable slings for crane operations. Click here for our ICE Grade-120 and VIP Grade-100 Chain Slings. Do you want more information on our lifting solutions? Call us on 07 3809 1300 or email us.

Original article in German by Fabian Bihlmaier, Product Manager Lifting, RUD Group in Kuhn Fachmedien. English article copyright to RUD Australia. This information is accurate at the time of publication, and RUD Australia takes no responsibility for any errors, inadvertent or otherwise.

RUD Lifting Solutions in the Singleton Bypass Project.

RUD supplied engineered Philipp Cast-in Lifting Hoops for the $700 million Singleton Bypass Project, supporting the safe lifting and installation of 100-tonne precast concrete bridge girders. The solution improved lifting safety, simplified installation, reduced equipment requirements and helped keep the project on schedule. Early collaboration with RUD’s engineering team also optimised design efficiency, reduced consumable costs and provided fast onsite support throughout the project.

The Singleton Bypass is a $700 million project jointly managed by the Commonwealth and the NSW State Government. The New England Highway carries approximately 26,000 vehicles daily, including over 3,700 heavy vehicles. The bypass will alleviate traffic congestion by circumventing five sets of traffic lights in Singleton's CBD. When finished, it is expected to improve travel times, freight efficiency and safety for local and interstate motorists.

RUD Solutions

RUD supplied Philipp Cast-in Lifting Hoops for the bridge girders, which are a safe and efficient solution for lifting heavy prestressed units such as beams, decks, and girders. The cast in lifting hoops have a fully engineered design and are Working Load Limit (WLL) colour-coded for easy visual checks. They eliminate the need for specialist lifting clutches or equipment, making them simple to use and a more efficient method for large precast elements.

RUD has a team of design engineers to tailor lift designs to specific projects, with a focus on simple installation and safe and efficient final installation, including consideration for temporary works.

RESULTING BENEFITS

Lifting Hoops

Testimonial

"When you are casting 100T concrete girders, there is little margin for error, and big savings can be generated if cost-effective solutions are provided. The benefit of engaging RUD was reflected in the fact that all girders were installed on time and without incident. I could call RUD anytime and they were at my disposal if there were onsite changes or questions.

Getting RUD involved early in the design phase assisted in the optimisation of walkways and produced savings on consumables. RUD are very pragmatic in their recommendations and utilise their extensive experience to problem-solve issues ahead of time.

As a business, we could not have been more impressed with Matt and the team. The advantage RUD provides is a solution-focused engineering team with a quick turnaround time".

Will Howson
Project Manager
Australian Precast Solutions

Do you want more information on infrastructure solutions? Call us on 07 3809 1300 or email us.

Article copyright to RUD Australia. Pictures are used from Transport for NSW. This information is accurate at the time of publication, and RUD Australia takes no responsibility for any errors, inadvertent or otherwise.

Indo Pacific International Maritime Exposition is Australia’s premier commercial maritime and naval defence exposition which will be held at the International Convention Centre (ICC) Sydney from Tue 4 - Thu 6 Nov 2025.

RUD Australia is also a certified supplier to the Australian Defence Force. Some of the solutions we provide to the ADF are:

What does RUD offer?

We offer innovative lifting solutions which are manufactured in Germany, suitable for corrosive applications such as the NEW ACP-TURNADO Ocean Star which is ready for marine applications or the ROV-Hook, which has been developed specially for rigging with underwater robots.

ROV Subsea Rigging Hook

Developed for subsea rigging applications for use with Remote Controlled Vehicles (ROVs)

ACP-TURNADO Bolt-On Lifting Point - M30

ACP-TURNADO Ocean Star Bolt-On Lifting Point

This lifting point combines the benefits of the ACP-TURNADO for marine applications. It is certified according to DNV-ST-0377 and DNV-ST-0378 and designed for safe and reliable use in subsea and offshore environments.

Inox-Star Bolt-On Lifting Point

Inox-ABA Weld-On Lashing Point

RORO Weld-On Lashing Point

TECDOS Drive Technology

TECDOS Drives can be used in linear, rotating, horizontal or vertical applications to:

Click here to visit the Indo Pacific International Maritime Exposition website.

Visit our Defence Jobs Qld Area booth from 4-6 Nov 2025 at the International Convention Centre to discuss our maritime Lifting, Lashing and Drive Technology Solutions.

For more information on RUD Solutions for the defence industry, click here to fill out our form or visit our contact page to send us an enquiry.

Submerged Scraper Conveyors (SSC) play a vital role in handling hot, abrasive materials safely and efficiently across industrial operations. At RUD Australia, our advanced conveyor systems, built on decades of engineering innovation, deliver reliability, cooling performance and environmental compliance across demanding industries such as power generation, mining and waste-to-energy.

Submerged scraper conveyors (SSC) are the commonly used ash handling systems designed to move hot, abrasive bulk material through a water-filled trough. These systems are primarily used in coal based thermal power plants because they provide a reliable and environmentally friendly option for handling materials such as boiler ash. Unlike dry conveyors, the SSC operates in a water bath, a design that not only quenches the material but also suppresses dust. This mechanism enables safe handling of high-temperature materials while supporting compliance with environmental requirements.

How Submerged Scraper Conveyors Operate

A typical SSC uses a continuous wear resistant round case hardened steel link chain with scraper bars fitted with multilink attachments that travel along the floor of a steel trough filled with water. Ash is conveyed by an upper strand in the water filled tub. As the scraper bars move the ash toward the outlet, the trough’s inclined section raises the material out of the bath for discharge. Chains run over idlers, shafts and submerged overhung idlers (SOI). SOI are partly equipped with control facilities to monitor the operation and is a critical component in the system.

The water in the trough serves two primary functions: it rapidly cools the incoming ash and acts as a barrier to airborne dust. Once the scraper flights leave the submerged section, gravity allows excess water to drain from the conveyed material before it reaches the storage or processing area. The treated water is then either recirculated or disposed of in accordance with site water management procedures. Only the part of the conveyor above the intermediate bottom is filled with water, while the return strands run on dry wear rails.

Advantages of SSC Technology

Submerged scraper conveyors offer several advantages that are relevant in power generation and other high temperature applications.

Australian Applications

Australia requires efficient and safe bulk material handling solutions across power generation, mining and waste-to-energy projects. RUD Australia provides engineering, manufacturing and field support across the country to meet these needs.

RUD's CRATOS system is a full-service, end-to-end conveyor solution that includes technical consultation, engineering calculations and maintenance support to optimise system life and availability. Our system is built on decades of innovation, including the development of advanced chain grades with up to 28% improved breaking strength and superior wear resistance, which ensures reliability and reduces breakdowns.

Applications for SSCs in Australia

We are here to help

At RUD, we are committed to offering you the best solutions for your requirements. The RUD submerged scraper conveyor is a specialised material-handling system that combines cooling, containment and mechanical conveyance to manage hot and abrasive residues. Its robust construction and straightforward operation make it a dependable choice where dust control and thermal management are essential.

Do you want more information about our products? Call us on 07 3809 1300 or email us.

The original article was modified from https://rudindia.com/ and is copyrighted. 

At RUD, we set new benchmarks in lifting safety and performance with our DNV-certified lifting and lashing solutions. Engineered for corrosion resistance, reliability and versatility, our lifting points and chain systems are purpose-built to perform in the most demanding maritime and offshore environments - from shipyards to oil rigs and offshore wind farms.

Not every lifting point, chain or accessory can endure the extreme challenges of the maritime environment. Salt water, constant humidity and salty air can accelerate corrosion and fatigue, compromising the safety and longevity of conventional lifting components. Conditions can be unforgiving on vessels, oil rigs or offshore wind platforms, particularly in regions such as the North Sea or the Roaring Forties in the Southern Hemisphere. Few lifting points, hooks, and chain assemblies are engineered to maintain integrity in these environments.

Lifting and Lashing Solutions for Ships, Offshore Wind Farms and Oil Rigs

RUD continuously develops and tests lifting and lashing solutions that meet the demanding requirements of offshore and maritime operations. RUD’s range of lifting points, chain suspensions and underwater hooks is widely used on freighters, cruise ships, research vessels, drilling rigs and offshore wind farms.

We have a range of products certified to DNV-ST 0377 and DNV-ST 0378, which are suitable for ships and offshore lifting applications. These certifications confirm that RUD lifting equipment complies with international safety, reliability and performance standards under the most severe operating conditions. The DNV-ST 0377 certification covers lifting points and chains suitable for loading and unloading ships in ports and sheltered waters and handling supplies, spare parts, lifeboats and gangways. The DNV-ST 0378 certification applies to lifting equipment used on offshore platforms - including the construction of rigs and wind farms, transfer of personnel and materials and maintenance activities in open-sea conditions.

Engineered for Extreme Conditions

Corrosion resistance and reliability are critical for maritime and offshore projects. We invest heavily in research and development to use advanced materials, protective coatings and surface treatments. This ensures that our lifting and lashing points remain safe and operational under constant exposure to salt water and harsh climates. Our engineering teams design every product for superior fatigue resistance and load distribution - from bolt-on lifting points to weld-on load rings and multi-leg chain slings. This ensures maximum performance even under dynamic conditions such as wave motion and suspended loads at sea.

Our commitment to innovation has resulted in products like the RUD ROV-HOOK, which has revolutionised underwater lifting technology. Designed for use with remotely operated vehicles (ROV), it enables secure engagement and release of loads at depths of hundreds or thousands of metres, while maintaining saltwater resistance and operational reliability.

Comprehensive Range of DNV-Certified Lifting Points and Chain Assemblies

We continue to expand our DNV-certified product range. Some of our certified products are the W-ABA weld-on lifting point, VLBG-PLUS and VLBS in both bolt-on and weld-on variants and several components of the VIP Grade-100 Chain Suspension System. The VIP Grade-100 range includes round steel chains, single, double and four-strand heads (type VAK), end links (type VA and VB), clevis shackles (VVGS), clevis hooks (VCGH) and VIP multi-shortening claws. These systems offer high strength, precise adjustability and outstanding reliability for both onshore and offshore applications.

We have extended our certified portfolio to include the RBG, VRBG, VRBK and VRBS bolt-on and weld-on ring blocks. Our recently launched INOX-ABA stainless steel weld-on lifting point is engineered for exceptional corrosion resistance and is popular on major cruise ships to secure lifeboats, entertainment systems and heavy equipment. The 1.6-tonne version is also PPE-certified as a personal fall-arrest anchor point, offering additional versatility and safety for crew operations.

The Importance of DNV Certification

For shipbuilders, offshore contractors and maintenance teams, DNV certification is more than a mark of quality – it is a prerequisite for approval. DNV certificates confirm that the lifting means meet international safety and engineering standards for use in marine and offshore environments. By certifying to DNV-ST 0377 and DNV-ST 0378, we provide our customers with the assurance that RUD lifting and lashing solutions meet or exceed global performance benchmarks. This means our products are trusted across Australia’s ports, shipyards and in offshore projects around the world.

Proof of Quality Beyond the Ocean

While these certifications are essential for maritime use, they also reinforce our broader commitment to quality across all industries. Our products are designed and manufactured to the highest standards, ensuring safety, reliability and longevity, whether used on a ship, in a mine or on a construction site.

In Australia, RUD’s lifting and lashing points are extensively used in the mining, defence, energy, transport, and infrastructure sectors. With working load limits (WLL) ranging from 0.5 tonnes to 250 tonnes, our range supports everything from precision lifting to heavy-duty rigging operations. Every RUD product is backed by German engineering excellence, Australian manufacturing expertise and a culture of safety and innovation that defines everything we do.

Setting the Standard for Maritime and Offshore Operations

As Australia’s trusted partner for lifting and lashing solutions, we work closely with shipbuilders and offshore operators to ensure their lifting systems comply with DNV requirements and perform efficiently in harsh marine conditions.

Whether you need a weld-on lifting point, bolt-on load ring or complete chain suspension assembly, our team can recommend the ideal configuration for your operation. We also provide engineering support, load testing and inspection guidance to help ensure every lift meets the highest safety standards.

We are here to help

At RUD, we are always committed to setting standards for innovation, safety and compliance with global standards. Whether your operation is in the oil, gas and offshore wind power locations in North-West Australia or the Bass Strait, RUD lifting and lashing solutions deliver reliability, durability and peace of mind.

Do you want more information about our products? Call us on 07 3809 1300 or email us.

RUD will be at the 2025 Indo-Pacific Conference. Visit our Defence Jobs Qld Area booth from 4-6 Nov 2025 at the International Convention Centre to discuss our lifting/tiedown points in accordance with MIL-STD-209K & STANAG 4062.

The original article was modified from https://slingandlashing.rud.com/ and is copyrighted. 

Welcome aboard Australia’s leading material lifting and handling technology company. Our quarterly newsletter gives a sneak peek about our company, our products, news, blog posts and everything happening at RUD in Australia and worldwide. Click the picture below to open the full view.

Newsletter Oct 2025

When it comes to lifting chains and rigging equipment, every second counts. Traditional shackles, bolts, nuts and cotter pins are reliable but time-consuming. Parts can be lost, tools are required, the wrong assembly risks safety and frequent handling leads to wear. 

Enter the RUD CCS FASTLOX, a transformative innovation from RUD designed to eliminate many of those pain points in one go. Helping crews who rely on RUD lifting equipment, RUD chains and RUD lifting lugs to work faster, safer and smarter.

What is CCS FASTLOX?

The CCS FASTLOX is a clickable clevis shackle designed for ease of use in industrial lifting and rigging applications.

The key features include:

What Sets CCS FASTLOX Apart?

The CCS-FASTLOX stands out for its speed, safety, and simplicity; redefining the lifting and rigging process while upholding RUD’s reputation for reliability in demanding industries

Real Time Savings
Traditional shackles require tools and multiple steps, slowing operations. The CCS-FASTLOX cuts down mounting and dismounting time by up to 80%, enabling more lifts in less time and delivering significant efficiency gains across projects

Enhanced Safety
With no manual bolting needed, the built-in locking mechanism removes the risk of incorrect assembly. An audible click confirms secure engagement, eliminating issues like missing cotter pins or loose bolts and ensuring a safe, consistent connection every time

Durability and Versatility
Engineered for harsh conditions, the CCS-FASTLOX is ideal for direct chain connections, lifting beams, and spreader bars. Available in Grade 100 (VIP) and Grade 120 (ICE) materials, it combines strength, flexibility, and innovation to offer a superior alternative to traditional hooks

Digital Integration with RFID
Each unit includes an RFID transponder for instant, contactless identification during inspections. This simplifies compliance, reduces paperwork, and provides quick access to digital records, enhancing traceability and maintenance efficiency

Perfect for a Wide Range of Industries

Whether operating cranes on a construction site, managing offshore lifting gear, or coordinating warehouse logistics, the CCS-FASTLOX delivers tangible benefits.

It is ideal for industries where:

From mining and manufacturing to infrastructure and logistics, the CCS-FASTLOX helps crews get to work faster, while maintaining the world-class safety and performance expected from RUD.

For teams already using RUD lifting points, RUD eye bolts, or pinky lifting lugs, this next-generation shackle represents the future of safe, efficient and traceable lifting operations.

Do You Want More Information on the CCS-FASTLOX? Call us on 07 3809 1300 or email us.

Article copyright to RUD Australia. This information is accurate at the time of publication, and RUD Australia takes no responsibility for any errors, inadvertent or otherwise.

Selecting the proper chain is critical for safe lifting operations. Remove the guesswork of choosing the right chain length and components with the Australian RUD Sling Configurator, which helps you select the best RUD Grade-100 and Grade-120 chains for your requirements.

Configuring lifting chains does not have to be time-consuming or complicated. Traditionally, this involved multiple decisions such as selecting the chain grade, lifting angles, end components and load requirements. It also required manually cross-referencing charts, part numbers and technical specs.

But with the NEW RUD Sling Configurator, you can design, configure and create the proper chain sling for any lifting application. And in only six easy steps. So, whether you are an engineer wanting to do a lift plan, a rigging specialist or a lifting equipment supplier, the RUD online tool makes it faster and easier with a step-by-step process that ensures your final setup is safe and optimised for your specific lifting needs.

What You Can Do with the Sling Configurator?

Build your chain sling in 6 simple steps
Walk through a guided process from start to finish, selecting your suspension parameters and elements, shortening elements and intermediate parts

Choose between VIP-100 and ICE-120 chain systems
The Sling Configurator includes both VIP Grade-100 and ICE Grade-120. Each grade has its advantages depending on your application, from high-strength lifting to cold-temperature performance

Select compatible components
View and compare a full range of chain slings, hooks, links and connectors

Get expert lifting tips and product information
Every step includes suggestions and best practices that are built into the process, so you know what you are selecting every time

Visualise with a live 3D model
Watch your configuration come to life as a 3D render to ensure it is exactly what you require

Download CAD files and PDFs
Export your design for documentation, lift plans or to share with your team for discussion

Send your configuration to RUD
You can finalise your design and email it directly to the RUD Australia team for fast, accurate quoting and further support if required

What Are the Benefits?

Try the Sling Configurator Today

Click here to access the Sling Configurator - https://configuration.au.rud.com/ 

If you want more details of our lifting and lashing solutions, email us or call us on 07 3809 1300.

Article copyright to RUD Australia. This information is accurate at the time of publication, and RUD Australia takes no responsibility for any errors, inadvertent or otherwise.

The CICA (Crane Industry Council of Australia) Conference is one of the biggest crane industry events in the southern hemisphere. CICA 2025 will be held at the Brisbane Convention & Exhibition Centre from Wed, October 15, to Fri, October 17, 2025. RUD is proud to sponsor the Networking Dinner on 16 Oct and will showcase solutions for the crane industry's lifting, lashing, and engineering requirements at the show. 

RUD Australia is a certified supplier to the crane and infrastructure industry, providing solutions such as:

Check our blogs on the Legacy of Innovation for the Crane Industry, Safe Lifting with Spreader & Lifting Beams and Beyond the Hook.

Visit our stand #7 in the Main Hall at the Brisbane Convention & Exhibition Centre from 15-17 Oct 2025 to discuss our Lifting, Lashing, Drive and Engineering Solutions.

For more information on RUD Solutions for the Crane Industry, click here to fill out our form or visit our contact page to send us an enquiry.

© 2026 RUD Group | All rights reserved
Privacy Policy
Legal Disclaimer
Solutions
Industries
Contact Us