Browse by Industry

Compared to conventional diamond resin-bonded grinding wheels, this diamond vitrified grinding wheel offers superior shape retention and is suitable for grinding difficult-to-machine materials such as cemented carbide and SiC molds, as well as for polishing glass materials.

These are metal-bonded wheels designed for grinding the surfaces of wafers, including SiC and GaN. Their ultra-porous structure enables fine-grit grinding that was previously impossible with conventional metal-bonded wheels, and they offer superior cutting performance and wear resistance compared to vitrified-bonded wheels of the same grit size.

An electroplated wheel featuring helical grooves on its outer surface, designed specifically for machining operations that require a sharp cutting edge.

SUNCREA contributes to improving processing efficiency and reducing costs in hard and brittle materials such as sapphire, carbide, and ceramics, hard magnetic materials such as ferrite and neodymium iron, and iron-based materials such as sintered parts.

Features
1) Good chip evacuation
(2) Stable grindability
(3) Excellent wear resistance and long life
(4) Truing with Electroplated truer is possible (limited to CBN ).

Diamond metal wheels for chamfering automobile glass, which play an important role in improving automobile safety.

Diamond wheels with varying bonding materials such as curve generating wheels, pallets, lens centering wheels and grinding wheels are used for grrinding camera and binocular lenses, prisms, etc.

This wheel is used for grinding thin glass used in displays such as TVs, PCs, and smartphones.

In the machining of precision parts and mechanical components made from materials such as ceramics, a technology that uniformly disperses the abrasive grains within the abrasive layer has made it possible to improve cutting performance while extending tool life compared to conventional metal tools.
Furthermore, by making the abrasive layer ultra-thin, these tools reduce machining load and minimize chipping—even when machining hard and brittle materials and other specialty materials—thereby improving machining efficiency and demonstrating superior performance compared to other tools.

Bright Star is a superabrasive wheel with a special bond structure that has a high elasticity not found in conventional resin bonds, and is effective for processing that requires luster. BRS2 Bond is a hard type that is effective for processes that require a certain amount of material to be removed, and is compatible with both lapping and grinding. BRS5 bond is a soft type and is effective for polishing processes such as lapping and polishing.

This is a core drill designed for drilling holes in automotive glass, which plays a crucial role in improving vehicle safety. It features a chamfering section that performs chamfering simultaneously with drilling, helping to streamline the manufacturing process.

These tools are used for cutting hard, brittle materials such as compound semiconductors (gallium arsenide, gallium phosphide, indium phosphide) and sapphire. Some types feature rough diamond that has been machined into a conical shape (1-point) or into cutting edges with 2, 3, 4, or 8 points, depending on the application. Since no grinding fluid is used, no processing facilities are required, and the fine scribing line allows for a high number of “chips” to be obtained.Compared to standard cutters, chipping during breaking is minimized, and you can select the optimal “point” shape.