Product List

These products are used for lapping and polishing high-hardness materials such as glass, ceramics, ferrites, sapphires, and cemented carbide / tungsten carbide when high-precision surface finishing is required. Highly precise diamond powder is used for slurry products.

These diamond products are used to shorten polishing times and achieve high-precision polishing of high-hardness materials such as metal molds. Uniformly dispersed diamond powder distributed in gel materials are diluted for use with specific solutions.

These tools are used to form general grinding stones. There are four shapes available: pyramid, cone, plane, and wedge. Forming dressers with PCD (polycrystalline diamond), instead of single-crystal diamond, have less dispersion over their service lives and show stable performance.

These tools are used to recover the grinding performance of general grinding stones and to form the stones in a short period of time. The size used is determined by the width and diameter of the grinding stones and the grinding volume.

These dressers are used for rough dressing to recover the grinding performance of general grinding stones. They are more economical than single-point diamond dressers.

These dressing tools, which are used to recover the grinding performance of general grinding stones, are sintered from diamond and metal powders. This mixture helps to keep their cutting edges sharp for extended periods of time.

Diamond indenters, which are manufactured using high precision polishing technology, are essential for hardness tests. In addition to indenters for the usual Rockwell C scale testers, we also produce indenters for use in the Rockwell superficial, Vickers, and Knoop hardness testing methods, which are used when testing materials with high hardness levels. Berkovich indenters, diamond indenters for scratching tests, and sapphire indenters with high heat-resistance are also available.

This photo shows a high precision measurement terminal fabricated using PCD (polycrystalline diamond) parts. Such parts are highly wear resistant, have extended service lives, and offer higher reliability than cemented carbide / tungsten carbide material parts.

These products employ PCD (polycrystalline diamond), which is usually used to fabricate wear resistant parts for cylindrical grinding of ceramics and cemented carbide / tungsten carbide materials. Concave and convex centers of various sizes are available for various uses.