Customized Professional Functional Metal Tooling Fixture

This precision CNC machining part was a useful tool for mobile phone testing. We can design and custom-made fixtures based on your requirements.

This precision CNC machined part is a useful tool for electronics testing. We can design and customize fixtures according to your requirements.

This precision CNC machined part is a useful tool for Auto Parts testing. We can design and customize fixtures according to your requirements.

This precision CNC machined part is a useful tool for professional Tooling testing. We can design and customize fixtures according to your requirements.

This is the Professional CNC Milling Machined Custom Metal Steel Parts Accessories Mechanical Spare Parts, which request sandblasted surface, it has a box shape and flat is up to 0.01 mm on the surface. Moreover, keep sharp edges and precision holes for position and very highly strict to the surface without any defects.

It is one of Special 5083 Aluminum polish Parts and as a cut off Block used on the medical machine. Flat is up to 0.01 mm on the surface. Moreover, keep sharp edges for Cut off and very highly strict to the surface without any defects.

It’s the OEM High Precision 45# Steel Custom Machining Parts which request to Electroless Nickel Surfaces for Machines. The electroless nickel surface can increase the wear resistance and corrosion resistance of the parts, and can prolong the running time of the parts in the machine. This part  request tolerance± 0.01 and the surface without any defects and scratches.

No engineering industry can do without starting to process components. They are needed from relatively simple designs to the most complex designs. Even an inconspicuous small part. It’s the OEM High Precision 316 Stainless Steel Custom Machining Parts for Packaging Machines. The tolerance± 0.01 and the surface without any defects and scratches.

This module is small in size and light in weight, and has a modular structure, which greatly reduces the installation volume. The finite element method is used to design the structure to obtain the stiffness-to-weight ratio. Smooth positioning motion with low torque and low inertia reduces energy consumption.