The 3D forging process, also known as high-speed forging (uniforge), combines the Freeforge process and the European and American super-large precision forging principles, an innovative precision forging process that surpasses traditional forging in one fell swoop.
Ultra-high speed forging process
Ultra high-speed forging cannot completely replace CNC, directly forming a finished product. After high-speed forging is completed, a small amount of CNC processing such as finishing and drilling is required. Compared with traditional forging, high-speed forging has fast speed and small machining allowance. It can forge 600 times per minute during normal production, and can directly forge structural parts with relatively large stretching such as boss posts, which greatly reduces the need for traditional forging. CNC workload.
Ultra high-speed forging characteristics
The high-speed forging efficiency is extremely high. It only takes about 10 seconds to form the structural parts shown in the figure above, including placing and taking, and one equipment can produce 7000pcs a day.
Ultra high-speed forging applications
Ultra high-speed forging technology has made a lot of attempts and improvements from raw materials, equipment, processes and other links. Finally, a new set of forming technology proposed to overcome the traditional forging draw ratio limitation and the Yin-yang line problem has a wide range of prospects.