EN
Panel bender tooling usually have an adjustable, modular structure—integrating high-precision press brake punch and die components that form the core of its bending functionality. By adjusting the position and angle of the module (including the press brake punch and die), they can adapt to the bending needs of workpieces of different shapes and sizes. This design makes it unnecessary to frequently replace the entire mold, or the critical press brake punch and die, when bending sheet metal parts of various specifications, greatly improving production flexibility. It may also be equipped with advanced positioning and locking devices to ensure the stability of the module—especially the press brake punch and die—during operation and guarantee bending accuracy.
High flexibility; suitable for a variety of plates, and can achieve a variety of bending angles, such as acute angles, obtuse angles, etc., to meet the diverse product design needs.
Convenient mold adjustment: no complicated replacement process is required, and the mold parameters, such as bending radius, depth, etc., can be quickly adjusted through simple operations, which greatly shortens the production preparation time and improves production efficiency.
High-precision processing, precise size and angle, and extremely small error
Extend the life of the mold. It is usually made of high-quality materials such as high-performance mold steel, which has high hardness, high strength and good wear resistance, thereby extending the service life of the mold.
Improve production efficiency. Due to its flexible design, the mold change process is simple and fast, and it can be seamlessly connected with the automated production line to reduce manual intervention, which not only improves production efficiency, but also reduces errors and safety risks caused by manual operation.
Reduce costs and scrap rate: A set of flexible bending machine molds can replace a variety of traditional special molds. Enterprises do not need to prepare a large number of molds for products of different specifications, which reduces mold procurement costs and storage costs. High-precision processing and stable performance greatly reduce the scrap rate of products, reduce the waste of raw materials, and reduce production costs overall.
