One-Stop Custom Service for Precision CNC Machined Parts

We are a professional manufacturer of precision machined components, supplying full-range custom CNC cutting services to meet the manufacturing demands of structural parts

with diverse core processes, including CNC Milling Service, CNC Turning Service, CNC Milling and Turning composite processing, and 5-Axis CNC Machining. We also support auxiliary

processes such as Sheet Metal Fabrication and overall Metal Fabrication to realize integrated production of complex assemblies.

We offer comprehensive material machining solutions for various metals: Aluminum Machining, Stainless Steel Machining, Brass CNC Machining. Custom metal parts are available

with stable micron-level precision for all kinds of precision metal components.

Our machined products serve a wide range of end industries: Automotive Parts Machining, Aerospace CNC Machining, Medical Device Machining, Electronics Enclosure Machining,

General Machinery Parts, and Robot Parts Machining.

Custom non-standard parts based on your drawings or samples are welcome, with rapid prototype sampling, small-batch trial production and mass production available.

Full surface finishing options are provided, including anodizing, electroplating, polishing, sandblasting, heat treatment and passivation. All finished goods are fully inspected

by precision measuring equipment such as CMM, micrometers and roughness testers under ISO9001 quality management system. We deliver consistent dimensional accuracy

and cost-effective one-stop precision machining solutions for global OEM & ODM clients.

CNC Milling:

It is a computer-controlled process involving using a cutting tool to remove part of a workpiece. The basic setup involves placing
the workpiece on the machine’s table while the cutting tools attached to the spindle rotates and moves to shape the workpiece into
a finished product.

CNC turning:

CNC turning is a CNC process where a cutting tool, a typically non-rotating component of the lathe or turning center, removes
material from a rotating rigid material. This process produces different shapes and sizes depending on the turning operations
used.