Service Hotline:020-86988980
Announcement:
Products are widely used in new energy, medical dental equipment, mechanical automation, food equipment, oil and gas, aerospace, optical communication, electronics, photography and other industries.
News Categories
Contact Us
020-86988980
Guangzhou Sinoth Import and Export Co., LTD
Tel: 020-8968-8980
Website:www.gzsynoth.com
Email: belinda@dginfa.com(24 hours online)
Phone: +86 189 2740 6786

Address: No 5, Jinshi Three Street, Shiling Town, Huadu District,Guangzhou City, Guangdong Province

News
Current Location:Home > News > News
The process principle of cnc precision parts processing
Add Time:2025-03-28
 
The process principle of cnc precision parts processing

CNC precision parts processing refers to the high precision indicated on the production and processing drawings, which needs to

be completed by precision parts processing machines and equipment. Machining manufacturers ultra-precision machining

machine equipment mainly include: CNC machining center, precision surface grinding machine and CNC machine tools; CNC

machining center machine tool itself has high precision, high precision, more complex class, small batch production of mechanical

parts processing has technical advantages; Precision surface grinding machine belongs to one of the precision parts processing

machines and equipment, usually finishing, mainly processing of quenched mechanical parts; CNC machine tools are also automated

production machines and equipment, usually shaft, rod, round type mechanical parts processing, special precision requirements or

small batch production of mechanical parts processing relatively has an advantage.



CNC machining process and basic working principle:

First, Differentiation of process flow and work step; Determination of tool point and tool change point of machining center;

Second, Determine the production and processing route; Selection of processing method and determination of processing scheme.

Third, the reasonable use of machine tools, the number of workpiece accuracy using different models;

Fourth, parts installation and fixture selection;

Fifth, the selection of tools and the determination of cutting parameters;

Sixth, CNC machining parts manufacturability analysis, reasonable processing technology.