In one stroke of the press, only one stamping process is completed. The mold has a simple structure, low single mold cost, short processing cycle, and easy adjustment. It is used for products with complex product structures and low production output.

It has two or more work stations. In one stroke of the press, two or more stamping processes are completed successively on different work stations. The mold has a complex structure, high production efficiency and relatively high cost, and is suitable for products with large output.

It combines the characteristics of single stage die and progressive die, and uses a robot transfer system to realize rapid transfer of products within the mold, which can greatly improve production efficiency, reduce product production costs, save material costs, and ensure stable and reliable quality.

There is only one station, and in one stroke of the press, two or more stamping processes are completed at the same station at the same time. The mold has a compact structure and high one-time molding accuracy, and is suitable for products with relatively simple structure but high precision requirements.

Our ordinary hot forging dies commonly use die steel H13, which has high quenchability and hardenability, high toughness, high hot strength and wear resistance. The hot forging dies made of this material have good cold and hot fatigue resistance and corrosion resistance, and is suitable for hot forging to process workpieces with ordinary precision.

Our precision hot forging dies use the special die steel modified using rare earth elements La, Ce, and Y. This material has high hardness and good wear resistance. Hot forging dies made of this material have the characteristics of good stability, strong thermal fatigue resistance and high thermal conductivity, and are suitable for hot forging to process high-precision workpieces.