Sintered machine parts | Cost reduction through complex shapes, high precision, and reduced machining.

Sintered machine parts that address the challenges of complex shapes, high precision, high strength, and machining costs.

In the design of mechanical parts, there are challenges such as "wanting to mass-produce complex shapes with high precision" and "wanting to reduce machining while ensuring strength." As the shape becomes more complex, the number of processing steps increases, making it difficult to balance cost and productivity. Daimet's sintered mechanical parts combine technologies such as multi-stage forming, high-precision molds, and high-density manufacturing to propose parts that meet the required characteristics. ■ Complex Shapes and High Precision ▼ Responding to complex shapes with multi-stage forming technology ▼ Supporting reduction of machining through shape impartation with high-precision molds ▼ Addressing high strength through high-density manufacturing ■ Product Lineup ▼ Components of variable valve timing mechanisms ▼ Sprockets for roller chains and silent chains ▼ Machining-free pulleys ▼ IPR oil pump rotors with high discharge efficiency, low friction, and low noise ■ Design Proposals ▼ Proposing IPR tooth profiles and port shapes according to requirements This can be utilized for cost reduction considerations of mechanical parts that require complex shapes, high precision, and high strength. Documents summarizing examples of sintered mechanical parts, forming technologies, and design proposals, as well as more detailed benefits of reducing machining and achieving high precision, can be downloaded from the link below.

gear