·The SDP series products adopt similar Japanese product technology and are supervised by Taiwanese engineers, which can reach the current level of similar products in Taiwan.
·The body is welded with a combination box type copper plate, and stress is eliminated through annealing heat treatment and surface sandblasting treatment.
·The crankshaft runs horizontally across the body and is forged from high-quality alloy.
·The slider adopts an ultra wide fixed locking eight sided guide rail with high guiding accuracy.
·Adopting a separate clutch brake, with high torque, excellent braking effect, quick response, and sensitive action.
·The automatic oil feeding device provides the best protection for the machine.
·The elbow type punch structure has a unique slider curve where the speed has become very slow near the bottom dead center (compared to crankshaft punches), and the position accuracy of the bottom dead center is high.
·Punching machines are suitable for heavy-duty stamping processes

·The SHK series adopts an elbow joint mechanism, a widened bed surface, and continuous processing equipment to facilitate precision forging and composite forming for continuous operations, improving
production efficiency.
·Having the advantages of both cold and warm forging processes, it is more conducive to the forward engineering elbow joint transmission mechanism of thick plate stamping, bending processing, and sheet stretching, and has a unique stamping forming curve.
·The mechanism motion curve has the effect of prolonging the forming time, and the processing stays at the bottom dead center for a long time during stamping forming. Therefore, this unique slider motion curve is suitable for forging and forming complex shaped sheet metal.
·In addition to prolonging the residence time of the slider in the punching and forging processing interval close to the bottom dead point, which allows sufficient time for precision cutting, near net forming, and sheet metal punching and forging co

·SKP series punches are cold forging punches with continuous production and automation of dripping multi-engineering.

·lt can be equipped with automation equipment to realize the production plan of one operator incharge of multi-line products.

·lt can even achieve an unmanned production mode in continuous multi-engineering processing.

·With automatic feeding and sequential feeding, it will not waste production space and reduce management trouble.

·lf the automatic production method is adopted, the production efficiency can be increased by more than 3 times compared with a single project.

·The frame has a high-rigidity box-shaped structure, high precision of forgings and reduced machining allowance. It is engaged in warm and hot forging operations.
·Double-layer guide path design, anti-eccentric load, large eccentric load, multi-station forging is allowed, and the forging quality is excellent.
·lntensive lubrication system design can effectively reduce the efficiency loss of each friction part.
·The contact time between the forging material and the die is shortened, and the service life of the die is improved.
·The upper and lower ejector design reduces the inclination of the mold cavity, and the raw material consumption is small to save forging materials. The ejector height is maintained with dual control of stroke and digitalization. The man-machine interface can be converted with the product process.
·The flywheel has large inertia and high output energy.
·Working windows on both sides of the frame make it easy to transfer forging materials and can complete automat