For precision parts, the machining is very strict, and the machining process includes feeding and cutting. There are specific requirements on the size, accuracy is also required, such as 1mm positive and negative number of microns, etc., if the size is too many mistakes will become waste, this time is equivalent to reprocessing, time-consuming and laborious, and sometimes even make the entire processing material scrapped, This leads to an increase in cost, and at the same time, the parts must not be used.

The processing of precision components is mainly a size requirement, such as the diameter of the cylinder, and strict requirements. Positive and negative errors are qualified parts within the specified requirements. Otherwise, they are all unqualified parts; Requirements, positive and negative errors are also stipulated, such as an embedded cylinder (take the simplest basic components as an example). If the diameter is too large and exceeds the allowable range of error, it will cause the situation that the insertion cannot be performed. If the diameter is too small and the error allows the lower limit of negative value, it will cause too loose and insecure problems. These are unqualified products, or the cylinder length is too long or too short, beyond the tolerance range, are all unqualified products, are to be invalidated, or re-processed, this will inevitably lead to increased costs.

The above is the requirement for the processing of precision parts. It is the most important size problem. It must be processed strictly in accordance with the additional drawings. The actual dimensions processed will certainly not be the same as the theoretical dimensions of the drawing, but only if the machining size is in error. Within the allowable range are all qualified parts, so the requirements for precision parts processing are strictly in accordance with theoretical dimensions.

Followed by advanced precision parts processing equipment and testing equipment, advanced processing equipment makes the processing of precision parts more simple, more accurate and better. The testing equipment can detect parts that do not meet the requirements and allow all products delivered to customers to truly meet the requirements.