Standard equipment includes a multi‑V lower die, with options for various opening widths and profile dimensions; die changes are quick and easy, enabling conventional sheet‑metal bending operations while delivering superior cost performance.
It is primarily used for stamping and forming of both metallic and non-metallic materials, and is also suitable for compression molding of powders and composite materials.
This series of hydraulic presses is suitable for processes such as tensile testing, bending, flanging, cold extrusion, blanking, straightening, and press fitting of metallic materials. It is also applicable to the compression molding of powder‑based and abrasive products, as well as to the compression molding of plastic products and insulating materials.
It is primarily used for hot stamping of high-strength steels in the automotive industry, such as the A- and B-pillars, front and rear anti‑collision beams, and other high-strength steel components on vehicle bodies.
This machine is mainly suitable for composite material molding; the equipment has good system rigidity and high precision, high life and high reliability. The process for hot press forming meets 3 shifts/day production.
The flexible press brake center can operate independently, efficiently producing components of various specifications. Its universal dies require no adjustment time; they automatically adapt to the dimensions specified in the program, ensuring operator safety and product quality. The positioning process is performed only once—at the start of each bending cycle—and remains unchanged throughout the entire operation, from initiation to completion. With a resolution of 0.01 degrees, it delivers exceptional production flexibility.
The open‑type slotting machine is an upgraded version of conventional equipment. Compared with traditional machines, its key features are heavy‑duty operation, high speed, and high efficiency.
It focuses on addressing complex sheet‑metal bending challenges in metal forming, leveraging multi‑axis simultaneous motion to automate sheet‑metal operations. By eliminating reliance on dies and manual labor, this technology significantly boosts production efficiency and reduces manufacturing costs. It effortlessly handles arc bends, edge‑crimping, U‑shaped bends, closed‑profile bends, and other intricate sheet‑metal bending requirements.
The frame features a welded steel‑plate structure and undergoes full annealing to relieve internal stresses.
Hydraulic transmission with nitrogen‑assisted return; easy operation and reliable performance.