Aluminum Circle Sheets for Cookware Punch Press

Aluminum circle sheets for cookware are obtained by punching aluminium substrates into round sheets. Punch presses are the key machine of the whole production line. Some of our clients of aluminum circle sheets for cookware ask us to look for manufacturers of punch press in China. Here we introduce a type of punch press: open tilting press, working in principle of crane presses.

As a regular machine for aluminum circle sheets for cookware, the open tilting press has a body of a tiltable cast structure that allows the aluminum circle sheet or scrap to slide off the mold when the machine is tilted. With a rigid transfer key clutch, it has a single and continuous operating specification. With the band brake, the slider is equipped with a collapsed fuse, and the fuse is collapsed when overloaded, thus ensuring that the whole machine is not damaged. This machine has the advantages of high versatility, high precision, reliable performance and easy operation. Semi-automatic stamping is possible with an automatic feeder. Emergency brakes are available for machines over 25 tons. The open tilting press is made of high-strength cast iron and uses a single-disc pneumatic block friction clutch and brake. The joint is smooth, the wear is small, and the fault-free service life is much higher than that of similar products. The slider has a collapse-type safety device. When the machine is overloaded, the fuse is first collapsed, thus ensuring that the whole machine is not damaged.

The open press for aluminum circle sheets for cookware works in principle of crane presses. A crane press works with a reciprocating linear motion of the slider that adapts the rotary motion to the reciprocating linear motion to the upper die to punch the aluminum plates, during which aluminum circles are punched off and the work is completed. The crank press transmits the motion and energy of the motor to the crankshaft through the transmission system, rotates the crankshaft, and reciprocates the slider through the connecting rod, thereby realizing the movement and power requirements of the stamping process.