Using CNC Machining equipment for processing has high efficiency and good quality, but if the process design is not properly arranged, its advantages cannot be well reflected. Shenzhen EMAR is a powerful manufacturer with over ten years of experience in CNC precision machining. The company has more than 100 CNC machining equipment of various types. Based on the company's years of development, the following experiences have been summarized. If the CNC machining process is not arranged properly, the following problems may exist:

1. The CNC machining process is too scattered

Reage huius problemae est propter timorem complexitatis (referentem ad tempus preparation is), simplicem programationem, simplicem operationem et processionem, facilem adjustationem instrumentorum alignationis cum unum cultrum ad processandum, et usum ordinaris processationis. This makes it difficult to ensure product quality (positional tolerance) and production efficiency cannot be fully used. Therefore, CNC machining technicians and operators should be fully familiar with CNC machining knowledge, make more attempts to master relevant knowledge, and try to use centralized process methods for machining as much as possible. Using it multiple times will naturally reflect its advantages. Postquam proceduras centralisatas accipientes, tempus processionis unitatis crescebat. Duos apparatus facie ad faciem possumus, unam personam operantem duas apparatus, maxime improvinem efficientiam et optimum qualitatem secundum.

2. Sequentia processionis CNC non rationabilis est

Some CNC machining operators often arrange the machining sequence extremely unreasonably due to preparation issues. Numerical control machining is usually carried out according to the requirements of general mechanical machining processes, such as coarse to fine (tool change), inner to outer, and reasonable selection of cutting parameters. Only in this way can quality and efficiency be improved.

Considere G00 (G26, G27, G29) instructionem velocem positionis. Instruktio G00 magnam convenientiam ad programmandum et utilitatem facit. Sed si misit et improper utilizat, saepe ad adversos consequentes, quales nullus revertatur, accuractem diminuit, et fertilibus fertilibus fertilibus, propter supervelocitatem. Neglecting the return to zero route can easily lead to safety accidents involving collisions with workpieces and equipment. Quod ergo intellegens utilitatem doctrinae G00 intellegere debet perfecto et non arbitrarii considerare.

In CNC machining, special attention should be paid to strengthening program retrieval and trial operation. Post introitum programam in systemam supervisoris operator clavem SCH et clavem moventium ut incertas et determinatis quaestiones faciant et necessarias modificationes programmae ut accuracetur. At the same time, before officially executing the program processing, a program trial run (turning on the amplifier) must be conducted to confirm whether the processing route is consistent with the design route.

In practical work, there may be other problems encountered, but as long as CNC machining engineering technicians and operators brainstorm and carefully master the knowledge and skills related to CNC, CNC equipment can effectively maximize the benefits for enterprises.