

In demanding industrial environments, equipment reliability is critical. From offshore oil rigs to food production facilities, components must withstand harsh conditions while maintaining safe and stable operation.
Stainless steel jacking castors are designed to meet these challenges, combining durability, corrosion resistance, and controlled movement in a single solution.
Jacking castors combine mobility and stability. Equipment can be easily moved into position, then lifted and lowered using a built-in mechanism to ensure it remains secure during operation.
This makes them particularly suited to heavy machinery, industrial workstations, and equipment that requires both flexibility and stability in use. We offer a vast range for every application from medium duty to super heavy duty.
Jacking castors combine mobility and stability. Equipment can be easily moved into position, then lifted and lowered using a built-in mechanism to ensure it remains secure during operation.
This makes them particularly suited to heavy machinery, industrial workstations, and equipment that requires both flexibility and stability in use.
A recent project involved supplying bespoke stainless steel jacking castors for an oil rig operating off the coast of Brazil.
The application required a solution capable of handling extreme marine conditions, high loads, and strict safety requirements. In particular, anti-static performance was critical to reduce the risk of ignition in a hazardous environment.
We engineered a custom RH8-200 stainless steel jacking castor with electro-conductive wheels, allowing static build-up to dissipate safely. The result was a reliable solution designed to perform consistently under demanding offshore conditions.


In high-risk environments, castor performance directly impacts both safety and productivity. Stainless steel jacking castors provide long-term durability, corrosion resistance, and enhanced stability during operation.
By combining mobility with controlled positioning, they help ensure equipment can be moved safely and then secured in place when required.
Every application has different requirements. At Ross Handling, we work closely with engineers, OEMs, and fabricators to deliver solutions tailored to each project.
From selecting the correct materials to configuring wheel options such as anti-static, our team provides technical guidance to ensure reliable performance in real-world conditions.
If your application requires a bespoke solution, our team can help you specify the right stainless steel jacking castor for your environment.
A: They are used in applications where equipment needs to be moved into position and then stabilised during operation, such as industrial machinery, offshore equipment, and hygienic processing environments.
A: Jacking castors allow equipment to be rolled into position and then lifted off the wheels using a mechanical mechanism, providing a stable and secure base during use.
A: Stainless steel provides excellent resistance to corrosion, making these castors suitable for marine, washdown, food production, and chemical environments where standard castors may fail.
A: Anti-static (electro-conductive) wheels are essential in hazardous environments such as oil rigs or chemical plants, where static build-up could create a spark and pose a safety risk.
A: Yes. Stainless steel jacking castors are often manufactured to order, allowing for specific load requirements, materials, and wheel types to suit the application.