Heavy Machinery Supports

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It is important that your heavy machinery supports are engineered for strength, safety, adaptability and that they are also compliant with standards and regulations. Tefol’s chassis and body stands are designed and built in-house using premium Australian materials and certified by independent third-party engineers to meet strict industry standards.  

Whether you need support for any machinery, including Komatsu and Hitachi components, our stands can be customised to suit your operational needs. Built tough for mining, construction and industrial environments, these supports can assist in reducing downtime and improving safety across your operations. 

 Designed to improve safety, reduce downtime and protect valuable assets, each of these stands has been engineered in-house at Tefol’s manufacturing facility in the Hunter Valley, and can support all your heavy machinery components with stability and reliability being the core components. Offering practical storage solutions that keep your assets safe during breakdowns and repairs, Tefol can provide our clients with practical storage solutions that are trusted across mining, construction and industrial sectors.  

 Built in-house and certified by 3rd party engineers when it comes to ensuring that Tefol’s component transport stands and specialised tooling systems are up to spec and safe.  

These transport stands offer secure storage and handling for heavy machinery components, helping minimise delays that can be caused by breakdowns and repairs.  

We also offer precision-engineered tooling solutions, including: 

• The Armature Lifting Fixture for Komatsu 830E Wheel Motors, which have been designed to safety remove armatures from General Electric Traction Wheel Motors 
• Firewall Safety Enhancements for D10 and D11 Dozers, replacing standard OEM firewalls with steel alternatives, improving fire and oil protection on site, while still supporting compliance. 

All Tefol’s ladder access systems solutions are fully customisable to suit your operational needs and backed by advanced engineering and data driven design.