Introduction of C92K series CNC full hydraulic die forging hammer
C92K series CNC full hydraulic die forging hammer, also known as program-controlled hammer, is one of the most advanced die forging equipment in the world. It is a forging equipment with digitally controlled striking energy and striking process, and the striking energy deviation is between ±3%. It is suitable for multi-variety and large-scale production in precision die forging industries such as automobiles, motorcycles, engineering machinery, hydraulic pipes, hardware tools, construction hardware, daily hardware, medical equipment, kitchen and bathroom hardware, agricultural tools, knives, etc. In addition, it is also widely used in high-density special-shaped parts in the aerospace industry, and is the core equipment of the automated precision forging production line.
Features of C92K series CNC full hydraulic die forging hammer
1. High forging accuracy, forging size error of 0.2mm, forging weight error of 0.3%, high surface finish.
2. The striking energy can be superimposed. During the forging process, if one hammer fails, you can use multiple hammers, and a small hammer can do a big job.
3. Wide application. CNC full hydraulic die forging hammer can forge thin-walled forgings, special-shaped parts that are not easy to fill the mold cavity, thin rib forgings, and forgings with strict height tolerance requirements.
4. The CNC full hydraulic die forging hammer (programmed forging hammer) has a long die life.
5. The CNC full hydraulic die forging hammer (programmed forging hammer) has a fast striking frequency and high production efficiency.
6. The machine body has good rigidity and strong anti-eccentric load capacity, which is suitable for multi-cavity forging.
7. The hammer rod is a flexible thin hammer rod structure, without over-positioning and mold stuffing problems.
8. It can be forged at low temperature, with high surface finish and stable chemical properties.
9. The striking energy can be programmed and precisely controlled, with good repetitive forging accuracy and stable forging quality.
10. The striking process and the energy of each process can be programmed and controlled.
11. The material utilization rate of die forgings is high.
12. The requirements of the forging hammer on the equipment operation level of the operator are reduced.
13. The integration of CNC full hydraulic die forging hammer (programmed forging hammer) and forging robot can form an automated production line.
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