Our precision CNC machining services are engineered to meet the highest standards of accuracy and performance for complex, tight-tolerance components. Our master machinists design tooling and programs to maximize precision and speed when machining precision components – providing a consistently higher quality product at a cost savings, giving you the competitive edge.
We utilize CNC machines designed to produce the highest quality part per your design and requirements.
Ideal for complex, geometrically challenging, tight tolerance precision components. For low, mid and high-volume precision part production. Details:
Unlike most machines, the material in an Escomatic doesn't spin: the tools do. Material gets fed into an Escomatic (which can be CNC or cam-driven) in a coil rather than bar form and the tools spin at high RPM around the material. This allows for high precision and machining speed without a cutoff burr!

Ideal for relatively simple, yet precision components. This highly flexible machine is used for high volume part production. Details:
This precision-machined aluminum alloy component is a custom non-standard structural part engineered for high-precision industrial applications such as automated production lines, precision machinery fixtures, and equipment positioning systems. Fabricated from premium aerospace-grade aluminum alloys (6061/7075), it integrates intricate features including milled cavities, threaded holes, counterbores, and locating pins, delivering exceptional dimensional accuracy (tolerance within ±0.005mm) and structural stability. Designed to fulfill critical functions of positioning, mounting, and connection in complex mechanical systems, it offers lightweight performance combined with high strength and corrosion resistance.
This product is a purple copper precision mechanical part (also known as red copper CNC machined parts), which belongs to high-precision mechanical components.
1. Basic Machining: The forged steel/aluminum alloy blanks are first cut to size, then the six external surfaces are milled. Rough and fine grinding are then performed to ensure flatness and perpendicularity. 2. Hole Machining: Oil passages and mounting holes are machined using drilling/boring. Deep holes are machined using gun drilling/BTA deep hole drilling technology; threaded holes are formed by tapping/thread milling. 3. Post-processing: The parts are deburred, high-pressure cleaned, and then subjected to surface anti-corrosion treatment (such as nickel plating or bluing). Finally, a pressure test is performed to verify the sealing performance.