Contact person: Mr. S-T Intelligence
Position:
Address: Building 6, Liangchuang Industrial Park, No.45 Dongfu Road, Suzhou City, Jiangsu
Country: China
Phone: - Mobi: +86 400 800 6817
STSEP Servo Elbow Link-Style High Precision Coining Press
Price:
Elbow Link-Style High Precision Coining Press Advantages
Direct drive via servo motor, providing stamping energy in place of the flywheel for the press, eliminating clutches and brakes.
Fewer mechanical parts, less inertia of the transmission structure, lower noise level, simplified maintenance, and cheaper maintenance costs.
Precise control of the stamping process by arbitrarily setting and adjusting the servo motor speed.
Optimized stamping process curve by arbitrarily programming the operating speed, stroke position and pressure of the slide, greatly improving the accessibility and flexibility of production.
Full load operation while stamping at low slide speed (above 1 spm).
Reduced press working cycle time, enhanced production rate and production efficiency by increasing the speed of slide's return stroke.
Improvement of the accuracy and quality of stamped parts, minimization of the impact on the dies, extension of the dies' life time cycle, and reduction of the cost through utilization of low stamping stroke speed.
Efficient drive solution to reduce energy consumption.
Comprehensive energy management system, recycling of excess energy, and controlling instantaneous energy release during stamping.
Handwheel fine-tuning function, significantly reducing the time of tryout.
Same safety and logic control as mechanical press.
Servo Cold Forging Press Applications
Precision stamping forming of metal bipolar plates for hydrogen fuel cells; precision cold extrusion forming of aluminum radiator for new energy vehicle inverter; precision cold extrusion forming of IGBT aluminum/copper radiator; precision cold forging and cold extrusion forming of a variety of vehicle components and mechanical components.
Direct drive via servo motor, providing stamping energy in place of the flywheel for the press, eliminating clutches and brakes.
Fewer mechanical parts, less inertia of the transmission structure, lower noise level, simplified maintenance, and cheaper maintenance costs.
Precise control of the stamping process by arbitrarily setting and adjusting the servo motor speed.
Optimized stamping process curve by arbitrarily programming the operating speed, stroke position and pressure of the slide, greatly improving the accessibility and flexibility of production.
Full load operation while stamping at low slide speed (above 1 spm).
Reduced press working cycle time, enhanced production rate and production efficiency by increasing the speed of slide's return stroke.
Improvement of the accuracy and quality of stamped parts, minimization of the impact on the dies, extension of the dies' life time cycle, and reduction of the cost through utilization of low stamping stroke speed.
Efficient drive solution to reduce energy consumption.
Comprehensive energy management system, recycling of excess energy, and controlling instantaneous energy release during stamping.
Handwheel fine-tuning function, significantly reducing the time of tryout.
Same safety and logic control as mechanical press.
Servo Cold Forging Press Applications
Precision stamping forming of metal bipolar plates for hydrogen fuel cells; precision cold extrusion forming of aluminum radiator for new energy vehicle inverter; precision cold extrusion forming of IGBT aluminum/copper radiator; precision cold forging and cold extrusion forming of a variety of vehicle components and mechanical components.
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