Filtration upgrades to help achieve your sustainability and production targets
Increase throughput by up to 20% with reduced cycle times
The advanced hood and steel doors significantly reduce noise and enhance fire protection
Large sliding doors provide easy access to replace and maintain components
Automatic valve control eliminates manual control and reduces the risk of misalignment
- Increased production
- Improved safety
- Effective maintenance
- Enhanced automation
- Decreased downtime
Pulling-type hydraulic cylinders play a pivotal role in the opening and closing processes, exerting the essential
closing force during filtration. This dynamic system is powered by a hydraulic unit that delivers oil to the
cylinders.
Throughout the filtration cycle, the hydraulic unit efficiently allocates several seconds to perform critical
functions. This includes:
- The closing sequence
- High-pressure closure
- Evacuation of high pressure
- Seamless opening of the machine for discharge
The new generation hydraulic power units are designed to replace older units with little to no alterations to the foundation design or loads while maintaining the same footprint as their predecessors.
Distinguished by its ability to be fully encased in steel covers and doors, the new design not only reduces noise levels significantly but also enhances fire protection.
The advanced hood allows for the convenient installation of a sprinkler system. The innovative hydraulic design prioritizes safety, minimizing the risk of hydraulic oil leaks and ensures a secure operational environment for operators.
Unlock the full potential of the new Hydraulic Power Unit (HPU) by seamlessly integrating it with your filter through a mandatory control system upgrade. The upgraded control system features enhanced intelligence, allowing you to extract trends, generate reports, and more.
With the addition of new sensors, the control system now oversees the control of valves on the hydraulic unit, eliminating manual control as seen in the old system. This not only reduces the risk of misalignment but also introduces a higher level of automation to streamline your processes.