Powder Metallurgy Products
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Automotive parts
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Parts for Railway Vehicles
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Parts for Industrial Machinery
Drivetrain Parts
Other Automotive Parts
Product list of Near Net Shape
Oil Pump Gear
- Automotive Parts
- Drivetrain Parts
Outstanding “Oil Pump Gear” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Transfer Actuator Family
- Automotive Parts
- Drivetrain Parts
Outstanding “Transfer Actuator Family” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Disconnect Product Family
- Automotive Parts
- Drivetrain Parts
"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."
Outstanding “Disconnect Product Family” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Control System Part
- Automotive Parts
- Drivetrain Parts
Outstanding “Control System Part” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Hub
- Automotive Parts
- Drivetrain Parts
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.
Outstanding “Hub” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Synchronizer Ring
- Automotive Parts
- Drivetrain Parts
Varied required characteristics are realized with the world's first double-layer integration technology. We offer low-cost, high-performance products.
Outstanding “Synchronizer Ring” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Body Parts (Wedge, Coupling, and Two-Stage Gear with Press-Fit Bushing)
- Automotive Parts
- Other Automotive Parts
Several products have been adopted such as gears, couplings, and wedges used for electric power seats, electric power sliding doors, and back door actuators.
Outstanding “Body Parts (Wedge, Coupling, and Two-Stage Gear with Press-Fit Bushing)” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Side Plate
- Automotive Parts
- Drivetrain Parts
High-strength materials, one of our notable features, contribute to the miniaturization and higher capacity of pumps.
Outstanding “Side Plate” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
EPB Product Family
- Automotive Parts
- Other Automotive Parts
A number of gear-shaped parts, taking advantage of powder metallurgy, are also used for electric parking brake parts.
Outstanding “EPB Product Family” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Cam Ring
- Automotive Parts
- Drivetrain Parts
High-strength materials, one of our notable features, contribute to the miniaturization and higher capacity of pumps.
Outstanding “Cam Ring” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Rack Guide
- Automotive Parts
- Other Automotive Parts
The radius shape to receive the rack bar is formed without machining.
Outstanding “Rack Guide” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Rotor
- Automotive Parts
- Drivetrain Parts
High-strength materials, one of our notable features, contribute to the miniaturization and higher capacity of pumps.
Outstanding “Rotor” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Sleeve Parking Lock
- Automotive Parts
- Drivetrain Parts
Even products with complex shapes that require wear resistance and high strength are manufactured using dies.
Outstanding “Sleeve Parking Lock” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Sprocket drive
- Automotive Parts
- Drivetrain Parts
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.
Outstanding “Sprocket drive” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Carrier
- Automotive Parts
- Drivetrain Parts
Hollow sections can be formed by combining, sintering, and brazing parts with high precision, complex shapes as characteristics of powder metallurgy.
Outstanding “Carrier” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Composite Material
Special Processes
Tilt gear
- Automotive Parts
- Other Automotive Parts
The shaft center requiring strength is a sintered part, and on the outer circumference, the gear shape is formed by resin insert molding.
Outstanding “Tilt gear” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Tilt Cam
- Automotive Parts
- Other Automotive Parts
The cam shape is formed by a near-net-shape manufacturing technique without machining.
Outstanding “Tilt Cam” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Shock Absorber Product Family
- Automotive Parts
- Shock Absorber Parts
Outstanding “Shock Absorber Product Family” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Crank Angle Sensor
- Automotive Parts
- Engine Parts
This is a gear part for fuel injection timing. The gear angle tolerance is strict, and strength is also required because of interference with mating part.
Outstanding “Crank Angle Sensor” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Rod Guide
- Automotive Parts
- Shock Absorber Parts
Outstanding “Rod Guide” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Clamp Nozzle Holder
- Automotive Parts
- Engine Parts
Outstanding “Clamp Nozzle Holder” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Valve Case
- Automotive Parts
- Shock Absorber Parts
In order to intentionally reduce the contact area as a countermeasure against noise caused by valve adsorption, minute concave and convex dimples are formed without machining.
Outstanding “Valve Case” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Cover Balance
- Automotive Parts
- Engine Parts
Outstanding “Cover Balance” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Oil Pump
- Automotive Parts
- Engine Parts
The trochoid pump profile shape is formed by a near-net-shape manufacturing technique.
Outstanding “Oil Pump” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Sensor Boss
- Automotive Parts
- Engine Parts
Heat resistance is ensured by using a stainless alloy material, and welding is possible due to high density.
Outstanding “Sensor Boss” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Sprocket
- Automotive Parts
- Engine Parts
Our unique warm compaction method allows us to produce low-cost, high-strength sprockets by increasing the density of low-alloy materials.
Outstanding “Sprocket” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Vane Nozzle
- Automotive Parts
- Engine Parts
Using stainless steel materials that can withstand use in high-temperature exhaust air, we manufacture complex three-dimensional shapes by the MIM (metal injection molding) method.
Outstanding “Vane Nozzle” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Spherical Seat
- Parts for Industrial Machinery
Outstanding “Spherical Seat” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Shaft eccentric
- Automotive Parts
- Engine Parts
Even with complex and thin-walled shapes, high dimensional accuracy is ensured.
Outstanding “Shaft eccentric” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Sprocket
- Automotive Parts
- Engine Parts
The tooth tips are highly strengthened by induction hardening, and the tooth shape is formed by a near-net-shape manufacturing technique.
Outstanding “Sprocket” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Housing
- Automotive Parts
- Engine Parts
Complex inner profile shapes are formed by a near-net-shape manufacturing technique that is unique to powder metallurgy.
Outstanding “Housing” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Flange
- Parts for Industrial Machinery
This part is manufactured by the MIM (metal injection molding) method. The use of MIM process has realized a significant cost reduction in parts that were conventionally manufactured by machining.
Outstanding “Flange” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Rotor
- Automotive Parts
- Engine Parts
Complex outer profile shapes are formed by a near-net-shape manufacturing technique that is unique to powder metallurgy.
Outstanding “Rotor” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes
Sintered Arm
- Automotive Parts
- Engine Parts
High-precision helical splines are realized with high technical capability. The processing cost has been reduced by processing green compacts.
Outstanding “Sintered Arm” Features!
Material
Heat Treatment
Flexibility in Shapes
Surface Treatment
Joining Technique
Composite Material
Special Processes