Custom High-Difficulty Precision Parts & Mold Components
OEM & ODM Supported
Grinding
Grinding typically determines the final geometric precision of a component—such as its dimensions, roundness, cylindricity, and flatness. Standard grinding processes can achieve IT5–IT6 tolerance grades, while ultra-precision grinding can reach sub-micron or even nanometer-level accuracy (with lapping and polishing offering even higher precision).
It enables the efficient shaping of hard materials—such as cemented carbides and titanium alloys—as well as materials that are otherwise difficult to machine.
Grinding machines are indispensable equipment for achieving the "final precision" of ultra-precision components.
Our typical machining equipment:

Grinding workshop

Japan AMADA WASINO GLS-80P

China MICCO 350

Taiwan,China, Palmary GU32x60NC

JAG-12C
Specification Table
| Item | Equipment Name | Brand Model | Travel/machinable size(mm) | Precision | Roughness |
| 1 | Optical curve Grinder | Japan AMADA WASINO GLS-80P | 200*150*125 | 0.0005mm | Ra0.05μm |
| 2 | Flat profile grinding machine | China MICCO 350 | 350*200*400 | 0.002mm | Ra0.1μm |
| 3 | Cylindrical grinder | Taiwan, China, palmary GU32x60NC | φ300×600 | 0.002mm | Ra0.1μm |
| 4 | Centerless grinder | Taiwan, China, JAG-12C | φ1~φ35 | 0.001mm | Ra0.08μm |
| 5 | Grinding machine | China wins JS-614 | 180x380x300 | 0.002mm | Ra0.2μm |