Robotics
Versatile robotics applications in challenging environments: the hydraulic systems for your inspection, handling or transport task in industrial, agricultural or underwater applications are perfectly implemented with BIERI micro and high-pressure components.
Precise motion control systems are essential to performing challenging tasks with maximum accuracy. Robotics requires compact, flexible systems that provide large forces even in confined spaces. In addition, the drive technology doesn't just have to withstand high loads. It also needs to function reliably in extreme environments. A long service life with minimal maintenance is crucial for low operating costs and maximum system availability. Energy-efficient and low-noise operation is also required to optimise energy consumption and ensure a pleasant working environment.
Requirements:
Maximum precision for the finest movements:
Thanks to our advanced technology, our valves and pumps control your hydraulic systems with pinpoint accuracy – for precise and powerful movements in challenging robotics applications that require reliable drive technology.
Compact and lightweight for maximum flexibility:
Our components combine maximum performance with minimum weight and a compact design for agile and powerful robotics functions, enabling drive technology to be perfectly integrated into confined spaces.
Robust and resilient drive technology for compact applications:
With pressures of up to 1000 bar / 15000 psi, our high-pressure components make your hydraulic system ideal for applications that require maximum resilience, which is crucial in robotics.
Reliable and low-maintenance drive technology for your hydraulic systems:
Benefit from a long service life, less frequent maintenance visits and maximum availability of your hydraulic system.
Energy efficiency and low noise emissions:
The high-pressure hydraulics reduce power peaks and therefore the demands on the energy supply. The hydraulic systems also produce low noise emissions – ideal for robotics applications where efficiency and the working environment are of key relevance.
