Electric or Hybrid High Pressure Waterjet Servo Pump

SAVE 45% ENERGY SAVING AND 95% EFFICIENCY, WITH HIGH-PRESSURE ELECTRIC AND HYDRAULIC SERVO PUMPS

The search for efficiency and energy saving is important for companies with high production and seeking to reduce fixed costs, such as those generated by CNC machines. Now this is possible thanks to the new electric and hydraulic servopumps.

• These revolutionary servopumps have clear and proven efficiency.
• They allow constant energy consumption savings from 4,000 Bar, compared to hydraulic pumps that have higher pressure and therefore a higher increase in electricity consumption.

AVAILABLE MODELS OF SERVO PUMPS:

ELECTRIC MODEL: E-DRIVE

HYBRID MODEL: SERVODRIVE

HYBRID MODEL: HYPERDRIVE

• Compatible with water jet cutting machines
• Depending on the performance and power sought, they allow to maintain stable electrical consumption, guaranteeing up to 45% savings and 95% more efficiency.

E-DRIVE:

Innovative high-efficiency (95%) ELECTRIC pressure intensifier up to 4,200 Bar. Composed of a 26Kw Brushless motor, which controls a double-acting indirect transmission system. The Numerical Control manages the work cycles ensuring constant speed operation. With a 40% energy saving compared to traditional hydraulic intensifiers managed with an asynchronous motor.

SERVODRIVE:

HYBRID pump with high efficiency (85%) up to 4,150 Bar, composed of a 29 Kw Brushless motor that controls a PATENTED hydraulic system with progressive openings. The Numerical Control manages the work cycles, ensuring constant torque operation. With a 32% energy saving compared to traditional hydraulic intensifiers managed with an asynchronous motor.

HYPERDRIVE:

HYBRID pressure intensifier pump with high efficiency (85%) up to 6,200 Bar, composed of a 29 Kw Brushless motor that controls a PATENTED hydraulic system with progressive openings. The Numerical Control manages the work cycles, ensuring constant torque operation. With a 45% energy saving compared to traditional hydraulic intensifiers managed with an asynchronous motor.