Lifting equipment
From precise lifting and lowering of large loads in industry and use in the construction industry, to on-road, off-road and rail vehicles and applications in logistics, mining, machine maintenance and the navy.
Hydraulic lifting equipment is used in numerous challenging applications where a high load capacity and precise hydraulic control including synchronised operation are required. In industry, it is often used for lifting heavy machines and components, whether it's for repairs, as a hydraulic car jack or for transferring machines.
Hydraulic systems play a central role in the maintenance of on-road, off-road and rail vehicles, such as when they are used in lifting devices or car jacks for heavy loads of up to 200 tonnes for construction vehicles or commercial vehicles, also with synchronous operation if required. In the shipping industry, they help to move heavy ship parts or even place ships in dry docks. In addition, hydraulic lifting equipment is increasingly being used in the aviation, mining and oil and gas industries to move heavy loads safely and with high precision in extreme conditions, taking synchronised operation into account.
The demands placed on a hydraulic system are diverse and require precise harmonisation of the components to ensure both efficiency and safety. A hydraulic system must be able to generate large forces and control them with high precision to move loads safely and reliably. The components must be adapted to the specific operating conditions and work reliably even in extreme temperatures, in situations with vibrations or in humid environments. In addition, high tightness standards and leakage prevention are necessary to ensure continuous and safe operation.
Your advantages with BIERI as a partner:
Maximum load capacity in a compact installation space
Our solution for your hydraulic system with a maximum pressure of up to 1000 bar allows maximum load capacity for a professional lifting equipment solution. Reduce the installation space and weight of your lifting equipment.
Robust design
Highest quality materials made of high-strength steel and high-quality components for professional continuous use, such as in heavy-duty car jacks or bridge construction.
Hydraulic control with leakproof control elements
BIERI valves are primarily based on a leakproof design principle, which is beneficial in terms of energy efficiency and the safety requirements in hydraulic lifting equipment. From pressure relief valves to directional poppet valves and lowering brake valves, all valves are based on a leakproof design and form an important part of your hydraulic system's function and safety.
With a variable flow rate for ideal hydraulic control
Variable-speed BIERI radial piston pumps are the basis for a precise hydraulic system. They enable you to lift loads sensitively and lower them in a controlled manner – for efficient operation of your lifting equipment, such as heavy-duty car jacks.
Combination of speed and force
BIERI offers high-pressure pump solutions for your hydraulic system with different flow rates depending on the pressure. These are typically used in heavy-duty car jacks in which the empty stroke (lowering) is as fast as possible but the load stroke is at a controllable speed to achieve maximum load capacity. The hollow shaft version can be installed directly on the electric motor in your hydraulic system without the need for a bellhousing and coupling. In conjunction with integrated valves in the high-pressure pump, these series have great multifunctionality and are highly optimised in terms of installation space, ideal for use in a heavy-duty car jack or in portable hydraulic power units.
Synchronised lifting equipment for maximum load capacity
The high-quality design with low piston clearance allows very high accuracy for hydraulic systems, which is a prerequisite for synchronised operation. You select the number of pump outlets for successful synchronised operation based on your hydraulic system. By using a multi-outlet radial piston pump from BIERI, you can dispense with a complex hydraulic control system. Typically, the requirements for synchronised operation originate from lifting equipment for lifting bridges, buildings, ships, trains or machines, as well as from feed movements in machine tools, bridge construction or track construction.
