CMHe-LS Series Eight-Face-Guided Double-Action Servo Hydraulic Press

Machine‑tool structure: Machine tool structure designed through finite element analysis with overall welding and eight‑side guide rail design;

Low deformation: High rigidity and strong resistance to lateral forces, suitable for high‑precision and asymmetric products such as automobile accessories and sinks;

Convenient maintenance: The machine is designed as a modular structure, ease for assembly and disassembly. General malfunctions can be directly observed and repaired through HMI, ease for maintenance;

Ease operation: User‑friendly human‑machine interface, easy to set parameters and save functions;

Control system: Servo‑driven control system;

Pressing adjustment: High‑speed pressing setting to meet the pressing process requirements of different products;

Precision monitoring: Position and pressure monitoring by linear scale and pressure sensor, improving pressing accuracy;

Machine‑tool rigidity: Ensuring press strength and rigidity through finite element analysis for a more rational structure;

Energy‑saving effect: High‑power servo motor meets the requirements of high‑speed and high‑pressure processes, and using servo driver achieves optimal power efficiency;

Automatic production: Customizable design for different forms of automated production auxiliary equipment according to customer needs;

Stretching effect: Meets the changing pressure requirements of the ram cylinder and cushion cylinder for stretching processes, enabling 1:1 stretching forming and saving on mold costs;

High repeatability: Repeatability achieve to ±0.01mm, effectively controlling waste caused by accuracy issues;

Excellent energy‑saving effect: Utilizing an advanced servo‑driven hydraulic pump system, it can save energy compared to conventional hydraulic presses, up to 20‑50%;

Servo motor drive system: Adopts a servo motor drive system to meet varying speed and pressure requirements for different processes, ensuring smoother and quieter movement;

Low cooling water consumption: Low cooling water consumption (Optional conventional motor drive control system).