Improvement Method Of CNC Machining Technology For Thin-walled Parts

DALIAN, China - May 30, 2022 - PRLog -- Problems In The Process Of CNC Machining Of Thin-walled Parts

(1) Problems in the machining process

The CNC machining process of thin-walled parts requires that the thickness of the entire part does not exceed 1mm. Although the overall structure of thin-walled parts is relatively compact, the rigidity is poor and the strength cannot meet the actual production and processing requirements. In the actual processing process, the processing effect is often caused by the material itself. Does not meet the actual design requirements. Therefore, reprocessing should be carried out by improving the process to ensure the processing effect.

(2) Problems with the machining method

In the process of part clamping, on the basis of ensuring the compactness of the entire clamp, proper adjustment and optimization should be carried out effectively, and the management and rotation matrix should be controlled and optimized as comprehensively as possible. At the same time, since the clamp itself is affected by the spindle, only by ensuring that all the center of gravity control is concentrated on the top of the spindle can effectively ensure the full development of each work. Effective suspension depth control and selection for the actual state of the current part to ensure that the entire length meets current design requirements. At the same time, in the production process, it should also be ensured that the strength and hardness of the clips meet the current actual needs, so as to reduce the damage of the clips and ensure the long-term operation of all the clips as much as possible. However, in practice, the control of the tool is mainly concentrated in the CNC machining and cutting of thin-walled parts. Many operators do not select the entire cut angle, which ultimately results in an overall cut angle that does not meet current practical requirements to ensure that a given machining requirement requires only a small amount of effort, ultimately ensuring that the part can be effectively controlled on a variable basis.

Process Optimization Measures For CNC Machining Method Of Thin-walled Parts:
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