Dawang Precision provides in-house 5-axis CNC machining, CNC milling, CNC turning, wire EDM, precision grinding and CMM inspection for prototypes, low-volume orders and repeat production.
Our 28-machine 5-axis CNC machining capacity includes German Roeders and Japanese Mazak equipment for complex, high-precision metal components requiring multi-angle machining.
With 78 precision CNC milling machines, we manufacture custom aluminum, stainless steel, titanium, brass and engineering plastic components from drawings or CAD files.
Our 10 CNC turning machines, including Japanese Mazak equipment, produce cylindrical components that require controlled diameters, threads and concentric features.
Our 50 wire-cut and EDM machines create narrow slots, intricate profiles and detailed internal features in electrically conductive and hardened materials.
With 23 precision grinding machines, we improve flatness, thickness accuracy and surface finish on critical functional, assembly and mating surfaces.
Our quality department operates 6 CMM systems, including ZEISS coordinate measuring machines, for dimensional verification of precision CNC machined components.
At Dawang Precision, every CNC machined component undergoes strict inspection procedures to ensure dimensional accuracy, surface requirements, and production consistency.
Explore how Dawang Precision delivers high precision CNC machining solutions for complex industrial components.
This aluminium turbine impeller was manufactured using advanced 5-axis CNC machining technology to achieve complex curved surfaces, precise geometry, and reliable performance for industrial applications.
Selecting the right material is never just about meeting basic mechanical specifications. It directly dictates machine time, tool wear, post-processing needs, and overall unit economics. Every cutting pass on a mill or lathe costs money.
Material selection stands as the foundational decision in manufacturing. It directly dictates part performance, overall production costs, and the product's ultimate lifespan. You must choose carefully. Selecting the wrong material often leads to disastrous consequences on the factory floor.
You have a validated CAD model on your screen. Moving from digital design to physical manufacturing requires crossing the gap of subtractive constraints. Poorly optimized models often lead to automated quoting rejections.
