CMS BREMBANA Greenjet pump - Highly Efficient Electric Waterjet Intensifier

QUALITY MADE IN ITALY

Tecnocut greenjet evo is a groundbreaking, highly efficient electric pump. A top-performance torque servomotor supplies a very high-pressure level while removing the hydraulic unit and up to 80% of components compared to a traditional hydraulic intensifier. Tecnocut Greenjet Evo is equipped with one electrically driven actuator and two high-pressure opposed cylinders. Such solution with an electric actuator delivers an extremely constant pressure level, a monitoring of the pressurization cycle and an efficiency at least 30% higher than hydraulic intensifiers.
• Highly efficient: up to 60% more in comparison with traditional intensifiers very quiet when running
• Reduced maintenance schedule because of the 80% reduction of structural components
• Lubrication circuit and air motor cooling
• Integrated pump booster
• Environment-friendly technology with a significant reduction of the power consumption. (-30% power consumption)
• Can be fitted to any existing waterjet system (Stand Alone Version)
Based on the cost of electricity, maintenance and service, this pump can save you up to $15,000 per year!

ADVANTAGES

HIGH EFFICIENCY: GREEN EFFICIENCY
Electric pump actuated by a brushless servomotor capable of generating a constant pressure signal with an efficiency greater than 35% compared to traditional hydraulic intensifiers.

REDUCED ENVIRONMENTAL IMPACT: GREEN ENVIRONMENT
The electric actuator generate the high pressure without the hydraulic components with the advantage to avoid the disposal of the exhausted oil typically 200 liters every 2000 h.

LESS MAINTENANCE COSTS: GREEN MAINTENANCE
Less than 81% of hydraulic and mechanic components and 73% less intensifying cycle than a direct drive pump, with consequently less maintenance costs and machine downtime.

LESS ELECTRICAL CONSUMPTION GREEN ENERGY
33% less power consumption than a traditional hydraulic intensifier thanks to precise power control of the motor when required and setting down near to zero when the cutting head is closed.


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