A high performance wheel that employs metal bond of excellent heat resistance and sharpness.
This wheel demonstrates the outstanding grinding performance in creep feed grinding of cemented carbide and high-speed steel tools by use of oil-based grinding fluid.

The MT Bond is new metal bond developed in pursuit of ultimate sharpness. This wheel is ideal for operations that require the sharpness of the wheel to be maintained for a long time such as surface grinding by use of a cup wheel and creep feed grinding.

The DPG (Diamond Pellet Grinding) wheel is a bonded grain wheel developed to solve problems (such as work environment and industrial wastes generation) in lapping by use of loose abrasive grains. High efficiency and high precision lapping is possible.

The highly wear-resistant bond that has been developed for profile grinding operations is employed. This wheel enables grinding with minimum shape deformation.

The employment of bond that has high grain holding power and excellent surface dressing performance ensures long-lasting sharpness and improvement of grinding efficiency.

These wheels can meet various cutting requirements. They exhibit excellent performance in cutting various materials.

The "fine blade metal bond type" is a large-size thin blade wheel developed for purposes of precision cutting and grooving. Since this type has high blade thickness accuracy and run-out accuracy, it is ideal for processing of precision molds of cemented carbide and ceramics.

This wheel solves various problems associated with truing and dressing that conventional diamond wheels have suffered.

The DPG (Diamond Pellet Grinding) wheel is a bonded grain wheel developed to solve problems (such as work environment and industrial wastes generation) in lapping by use of loose abrasive grains. High efficiency and high precision lapping is possible.

The employment of the "BFX Bond" developed for circumference grinding realizes both of high efficiency grinding and long life.

A hybrid structure of special metal bond having good sharpness and resin bond. The outstanding sharpness enables high efficiency and high quality grinding of difficult-to-cut cermet materials.

The employment of bond that has high grain holding power and excellent surface dressing performance ensures long-lasting good sharpness and grinding efficiency improvement.

This wheel has good sharpness and shape retention in creep feed grinding of various tools such as grooving of end mills, drills and reamers.

This wheel demonstrates its high performance in heavy grinding of difficult-to-cut materials such as cemented carbide and cermet. In particular, in grinding operations where the heat resistance of the bond plays a critical role, this wheel offers both of good sharpness and high shape retention simultaneously.

This wheel can retain its good sharpness in grinding the thickness of cutting edge replacement chips made of carbide and cermet materials.

The highly wear-resistant bond that has been developed for profile grinding operations is employed. This wheel enables grinding with minimum shape deformation.

These wheels can meet various cutting requirements. They exhibit excellent performance in cutting various materials.

A large-size thin blade wheel for precision cutting & grooving. Since this type has high blade thickness accuracy and run-out accuracy, it is ideal for processing of precision molds of cemented carbide and ceramics.

This wheel can meet various cutting requirements. It demonstrates excellent cutting performance in cutting various materials. In particular, it improves the cutting efficiency significantly.

This wheel exhibits excellent performance in various grinding operations.