Forging Manipulator For Sale

The frame type forging manipulator includes translational movement manipulator and rotating movement manipulator. Frame type translational movement manipulator actions include manipulator travelling, front and rear side of clamping rod goes up and down, clamping device incline, clamping head rotating, and tong open and close.

The forging manipulator is an indispensable large auxiliary machine for forging and processing the red-burning blank in the forging workshop. The forging manipulator in the picture is a 10-ton CNC forging manipulator we provide to Indian customers.

The Forging Manipulator is the most important equipment to realize the mechanization and automation of forging. It is mainly used to clamp the forging and cooperate with the forging host (press, forging hammer, etc.) The 30-ton Forging Manipulator pictured was produced for a Romanian customer.

The main mechanisms of the forging manipulator are the cart traveling mechanism, clamp frame side shifting, swing mechanism, lifting mechanism, rotating mechanism, and clamping mechanism.

The Forging Manipulator is designed for a Korean large open-die forging factory that bought one set of 4000-ton hydraulic forging press from our company, and it cooperates with the forging press to achieve automatic ganging.

A Forging Manipulator refers to an auxiliary machine in forging production. It is used to clamp one end of the ingot or blank during free forging so that the ingot or blank can be turned, fed, and moved up and down.

The frame manipulator is divided into two structural forms: the frame type linear manipulator and the frame type rotary manipulator. It is mainly used for clamping shaft forgings and blanks with free forging hammer or free forging press, which can greatly improve the production efficiency and forging quality, reduce the labor intensity of workers, and realize the mechanization of forging production.

After entering the 21st century, the focus of the world’s manufacturing industry began to shift to China. The world’s requirements for energy saving and consumption reduction make it necessary for forging production enterprises to accelerate the development of forging auxiliary equipment in order to improve production efficiency and product quality. Advanced and mature CNC forging operating machines have emerged.