Surface Grinder

Surface grinders have a wide range of applications, primarily concentrated in fields requiring precision machining:

Machinery manufacturing: Processing machine tool guideways, worktables, and fixture bases to ensure equipment accuracy and stability.

Mold making: Grinding mold bases, cores, cavities, and other components to achieve more precise and smooth mold surfaces.

Automotive/Aerospace: Processing precision surfaces of engine block surfaces, turbine blade surfaces, and aerospace parts.

Electronics/Precision Instruments: Processing semiconductor equipment parts and precision components for instruments to meet micron-level precision requirements.

Hardware parts processing: Performing surface grinding on various metal parts (such as bearings and gear end faces) to improve surface quality.

4,100.00$

The core function of a surface grinder is to precisely grind a workpiece using a high-speed rotating grinding wheel, ultimately achieving the following effects:

Machining flat/formed surfaces: Grinding flat surfaces, guide rail surfaces, T-slots, etc., and can also handle some irregularly shaped surfaces (such as annular and conical surfaces).

Improved accuracy: Achieving IT6-IT7 level dimensional accuracy, micron-level flatness, and surface roughness as low as Ra≤0.2μm (even nanometer level).

Excess material removal + surface optimization: Efficiently removing excess material from the workpiece while improving surface finish and reducing wear.