Powder Metallurgy Products

"These are important parts that connect and disconnect the rear-wheel drive of four-wheel drive vehicles.
The required complex shape of the product is realized by using advanced powder metallurgy forming technology."

The deep concavo-convex surfaces and complex profiles are formed by net shape processing using a CNC press, contributing to reduction in raw materials and costs.

Varied required characteristics are realized with the world's first double-layer integration technology. We offer low-cost, high-performance products.

Several products have been adopted such as gears, couplings, and wedges used for electric power seats, electric power sliding doors, and back door actuators.

High-strength materials, one of our notable features, contribute to the miniaturization and higher capacity of pumps.

A number of gear-shaped parts, taking advantage of powder metallurgy, are also used for electric parking brake parts.

High-strength materials, one of our notable features, contribute to the miniaturization and higher capacity of pumps.

The radius shape to receive the rack bar is formed without machining.

High-strength materials, one of our notable features, contribute to the miniaturization and higher capacity of pumps.

Even products with complex shapes that require wear resistance and high strength are manufactured using dies.

This is a sensor part using soft magnetic materials. The concavo-convex shape that serves as the sensor detection part is formed without machining.

The sprocket is attached to the chain that connects the AT spindle and oil pump shaft.
In addition to high-precision, multi-stage gear sprockets, we mass produce sprockets using our original technologies such as batch induction hardening and tempering of multi-stage gears and phrasing processes.

This is a torque sensor part for electric power steering. This product integrates a soft magnetic material made of insulated coated iron powder and a coil by using resin insert molding.

Hollow sections can be formed by combining, sintering, and brazing parts with high precision, complex shapes as characteristics of powder metallurgy.

The shaft center requiring strength is a sintered part, and on the outer circumference, the gear shape is formed by resin insert molding.

The cam shape is formed by a near-net-shape manufacturing technique without machining.