The design principle of a press is to convert rotary motion into linear motion. The main motor provides power to drive the flywheel, which, through the clutch, drives the gears, crankshaft (or eccentric gear), connecting rod, and other components to operate, thereby achieving the linear motion of the slide. The motion from the main motor to the connecting rod is rotary motion.

Hazards Associated with the Equipment Structure. A considerable number of stamping machines use rigid clutches. These clutches are engaged or disengaged through a cam mechanism. Once engaged, the machine must complete one cycle before it can stop. If the operator's hand cannot be withdrawn from the die in time during this cycle, a hand injury will inevitably occur.

Electronic overload system without hydraulic pressure, fewer variables, stable bottom dead center accuracy, user-friendly operating interface and monitoring software

SN1 Series Open Crank Press adopts an open-frame design, suitable for common metalworking processes such as punching, blanking, bending, and shallow drawing for small and medium-sized parts.

SE series closed eccentric gear press adopts eccentric gear transmission structure, suitable for stamping forming of thick plates and high-strength materials such as automotive chassis parts and large structural parts.

In line with the development trend of intelligent manufacturing, the SD series closed-frame servo press integrates traditional mechanical structures with servo drive technology and is suitable for a wide range of stamping process applications.

Humanized control panel design and intuitive instrument display allow operators to easily monitor equipment operating status and simplify daily parameter adjustment and maintenance procedures.

SNS series closed-type crank presses adopt an integrated closed-type welded machine body and crank transmission mechanism, and can be used for batch stamping processes of hardware parts, home appliance components, and auto parts.