Ultra-Precision Grinding Services

When standard machining tolerances and finishes are not enough, our precision grinding services provide the solution. We achieve mirror-like surfaces and micron-level accuracy for your most critical components.

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Our Grinding Solutions

Clearly introducing the different grinding types we provide, showcasing your technical breadth.

Surface Grinding

Creates exceptionally flat, smooth, and parallel surfaces on workpieces. It is the go-to process for producing high-precision mold bases, dies, and any component requiring a perfectly flat mating surface.

최적 용도: Mold components, machine bases, precision blocks, flat seals.

Cylindrical Grinding

Used to shape the outside of a cylindrical workpiece with extreme precision. We can produce shafts, pins, and rollers with superior roundness and an ultra-fine surface finish, critical for bearings and high-speed rotating parts.

최적 용도: Precision shafts, bearing journals, mandrels, hydraulic pistons.

ID/OD Grinding

A specialized process for grinding both the internal (ID) and external (OD) diameters of a workpiece. This ensures perfect concentricity between the inner and outer surfaces, which is essential for bushings and sleeves.

최적 용도: Bushings, sleeves, bearing races, cylinder liners.

Why Precision Grinding is the Ultimate Finishing Step

Grinding delivers advantages that make it essential for the most demanding precision applications.

Ultimate Dimensional Accuracy

Grinding is capable of removing material on a microscopic level, allowing us to achieve dimensional tolerances that are far tighter than even the most precise milling or turning operations, often reaching the sub-micron level.

Superior Surface Finishes

The fine abrasive action of the grinding wheel produces an extremely smooth, mirror-like surface. We can achieve surface roughness (Ra) values that are critical for sealing surfaces, optical components, and aesthetic parts.

Ability to Machine Hardened Materials

Grinding is one of the few processes that can effectively and precisely shape materials that have already been hardened through heat treatment, such as high-carbon tool steels.

Perfect Geometric Forms

The process excels at creating nearly perfect geometric forms, such as extreme flatness, parallelism, cylindricity, and roundness, which are essential for high-performance mechanical assemblies.