We know that most CNC machine tools on the market apply the stainless steel spinning technology. Many industries can produce parts by CNC spinning. This is why the stainless steel spinning technology and its application is widely recognized in many industries. For example, all parts in cars generally use this technology.

 

All medical equipment has stringent production requirements in terms of precision. Therefore this technology is also used to produce components that ensure the precise length of each one, thus making the facility production more rigid. The aircraft manufacturing industry is another example. Everyone knows that there are countless components on each aircraft. If anything goes wrong, the whole aircraft will fail to function properly. Therefore, its production technologies are very demanding in the production of these components, and the spinning technology is widely used in this industry.

 

As for the machining accuracy, we all know the metal spinning is operated by a spinning machine. The operator only needs to set the relevant spinning parameters. This requires carefulness of the operator in inputting the parameters to avoid any subsequent consequence on product quality due to incorrect operations. Furthermore, spinning molds have to be frequently inspected to identify and solve issues in time.

 

 Compared with stamping, the process of spinning is simple. Spinning is a one-time effort while the stamping requires multiple stretching. The spinning is available in various materials such as aluminum, copper, stainless steel, iron, aluminum alloy, etc., allowing an extensive source of materials. Compared with machining, the spinning is extremely advantageous in material utilization, which can save about 70% of the material and greatly reduce the production cost. Spinning products have low surface roughness and small dimensional tolerances. The reachable tolerance is 0.05mm. The quality of its workpieces is also very high. After spinning, the structure of materials will change, and the material grains will turn fibrous. Improved tensile strength and hardness.

 

In terms of the overall application, the stainless steel spinning process occupies a very important position in various industries such as aviation, machinery, electronics, transportation, and medical equipment, in which many parts are finished by spinning. Therefore, stainless steel spinning plants also attach great importance to the operation, so that the effect of stainless steel spinning can be standardized, and the process can be more widely applied.