brass CNC customized machining spare parts
brass CNC customized machining spare parts - CNC machining is a process used in manufacturing that involves the use of computers to control machine tools. Tools that can be controlled in this way include lathes, milling machines, router planers and grinders. CNC in CNC machining stands for computer numerical control.
brass CNC customized machining spare parts - BoYang Hardware Products
Product description
Our factory overview:
1.CNC Machining process for metal parts;Auto-CNC lathe parts.
2.Stamping mold;Stamping molding parts.
3.Die-casting mold;Die-casting molding parts.
4.CNC machining process for plastic parts.
5.Stereolithography(SLA/SLS Printing process).
6.Plastic injection mold;Injection molding parts.
7.PCB Fabrication service;Secoundary operation.
8.Final assembly service;Quality control
What is the 3D printing process?
brass CNC customized machining spare parts - Similar Polypoly matrix printing, three-dimensional.Lithography is an additional manufacturing process that uses a combination of resin and UV laser to build a layered prototype. The CAD model provides data for the laser.After finishing on the layer, you can use the new.
brass CNC customized machining spare parts - The resin layer cures the entire resin layer until it is completely cured before it can be cured.Continue chemical treatment.Our SLA printing machine:
What is CNC machining process?
brass CNC customized machining spare parts - CNC machining is a process used in manufacturing that involves the use of computers to control machine tools. Tools that can be controlled in this way include lathes, milling machines, router planers and grinders. CNC in CNC machining stands for computer numerical control.
brass CNC customized machining spare parts - On the surface, it looks like an ordinary PC controlled machine, but the unique software and console of the computer are what makes this system unique in CNC machining.
brass CNC customized machining spare parts - Under CNC machining, the machine tool runs through numerical control functions. Customize the computer program for the object, and use the CNC machining language (called G code) to program the machine,