Sandblast Passivation CNC Milling Components Ra1.6 Electroplating MIL-A-8625

ANODIZE PER MIL-A-8625 TYPE I CLASS 1 Custom Cnc Milling 5 Axis Cnc Machining Parts Cnc Turning And Milling

Product Description

We XinBo Precision has been engaged producing and supplying all kinds of CNC Milling parts over 10 years. Our flagship products include:

1. Housings
2. Covers
3. Brackets

Our components meet all instructions and requirements from customer’s drawing, If there’s no print for the parts, our parts tolerance follows: ISO2768m. This product is mainly used in consumer electronic products.

We also offer special finishing service, for example: mask partial surface and anodize on the rest partial surface.

Machining Equipment

We have strategically acquired a robust fleet of precision equipment in order to enhance our ability to meet any customer request. Our professional operators and shop personnel have been trained and remain up-to-date on all mechanical processes.

Inspection Equipment

Xinbo Precision is ISO 9001:2015 Certified and strives to consistently meet our goals of continual improvement, on-time delivery and defect free products. Below is the inspection equipment list.

FAQ

CNC turning and milling – what’s the difference?

the answer, others may find this a useful insight into what goes on behind the scenes in the world of metal fabrication!

CNC machining

• With CNC turning a metal bar is fed into the lathe and rotates at speed while a single-point cutting tool removes portions of the metal to create the desired shape.
• With milling the metal usually remains still while multi-point cutting tools rotate around it.

Turning

Items processed by a lathe will be cylindrical and must be on-centre. Turned parts can range from simple rings to complex curved components. CNC turning is the most efficient way to mass-produce these kinds of parts.

Various cutting tools can be installed within the lathe tooling head (pictured below) to perform different cutting operations sequentially, to produce parts in a one-pass process. Straight cuts, tapers and contours can all be created by varying the angle and depth of the cut.