A servo press with high precision, low inertia and stable pressure maintaining

Abstract

This invention relates to a servo press with high precision, low inertia, and stable pressure holding. It includes a main frame assembly, a cooling and vibration damping device, a symmetrical servo drive assembly, a nested transmission assembly, a high-torque transmission assembly, a scissor press pressure holding device, a pressure pad stabilizing drive assembly, and the cooling and vibration damping device. The symmetrical servo drive assembly, nested transmission assembly, high-torque transmission assembly, and cooling and vibration damping device are located on the upper part of the main frame assembly. The scissor press pressure holding device and the pressure pad stabilizing drive assembly are located in the middle and lower parts of the main frame assembly, respectively. The scissor press pressure holding device is connected to the main frame assembly. This servo press employs symmetrical servo drive, nested gear transmission, hydraulic scissor press pressure holding, and is equipped with a water-cooled cooling and vibration damping structure. It features high precision, low inertia, stable pressure holding, and high operational stability, making it suitable for metal stamping processes with high requirements for machining accuracy, pressure holding stability, and equipment operational reliability.

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