Gears and Precision mechanical components
C.P.S. thanks to the sintering process is able to realize gears, shapes and precision mechanical components directly from the compaction mould without the support of additional and expensive machining..
Material: bronze, iron, stainless steel. Our components refer to DIN 30910-4:2004-11.
Numerous advantages can be found thanks to the sintering process:.
- high precision.
- excellent surface finish.
- reliability.
- repeatability in series with considerable reduction of the costs of supplying
Main areas of application:
Automotive:
- Motors (sprockets, pulleys, forks, crankshaft supports, sensors and couplings.
- Distribution (cams, separators, adjustment forks, tensioners and rockers)
- VVT (rotors, stators, plates)
- Transmission (levers, forks, plates, rings)
- Drive units (hubs, couplings, cams, levers)
- Brakes (racks, brake servo, hubs and ABS sensors)
- Steering (rotors, rings, power steering, gears and locking racks and steering wheel adjustment)
- Exhaust systems (lambda probe holders, cams and connecting rods for valve drive)
- Oil pumps
- Fuel pumps
- Shock absorbers
- Comfort and safety (seat adjustment components)
- Miscellaneous equipment (starter motors, actuator components, water pump hubs and pulleys, cooling and radiator system components)
industry machinery
-
tool
Household appliances
- Components for awnings, shutters, doors, windows, etc.
- Taps
- Lawnmower
- Locks
Industrial and Agricultural Machinery
Pompe Industriali
Medical Equipment
Sintering process: Sintering is a process in which the particles of metal or ceramic powder are heated to a temperature that is lower than their melting point but high enough to make them stick together. This is done through a compaction process, in which the powder material is compressed into a desired shape before being subjected to the sintering process. The end result is a solid and durable object that maintains a precise shape.