Compact hydraulic design with high performance and low pressure loss
PMC poppet technology enables compact manifold designs with optimized flow paths and integrated valve functionality. By combining multiple valve functions directly into the manifold, we help reduce system size, improve efficiency, and increase reliability in demanding hydraulic applications.
Our patented design approach allows each valve configuration to be optimized according to your application requirements, ensuring the right balance between performance, cost efficiency, and installation space.
The technology enables significant size reduction while maintaining high flow performance and reliability.
Key benefits of PMC poppet technology
- Reduced manifold size and installation space
- Lower pressure losses for improved system efficiency
- Very low internal leakage
- Robust design for demanding environments
- Optimized cost through integrated valve solutions
- Flexible configurations based on application needs
- Improved system dynamics and response times
Proportional poppet technology for precise control
By combining proportional poppet valves with traditional hydraulic solutions, we can create systems that deliver both precise control and efficient on/off functionality.
This enables:
- Smooth acceleration and deceleration
- Fast valve response
- High dynamic performance
- Reduced energy losses compared to traditional spool valves
The result is improved controllability together with high hydraulic efficiency.
Flexible valve architecture for optimized system design
Our poppet technology allows multiple valve functions to be integrated into a single manifold solution. By combining different valve technologies and pilot control solutions, we can create optimized architectures tailored to specific machine functions.
This approach helps:
- Simplify system design
- Reduce the number of components
- Improve installation efficiency
- Support compact machine design
Engineering solutions built around your application
Poppet technology reflects our engineering philosophy: combining hydraulic expertise with application understanding to create solutions that improve performance, reliability, and total lifecycle value.
We work closely with customers from concept development to implementation, ensuring every solution is optimized for real operating conditions.
