What are the manufacturing processes for precision sensor Stamped Parts?

High-speed precision stamping: Most metal sheet forming, including shearing, bending, and stretching as well as other processes of molding are done on a press using high-precision dies to stamp out intricate shapes and geometries.

Continuous Die Stamping: Multi-station dies are always working to add one operation at a time from coil to finished product all at one time affordable for mass production, increases productivity to decreases prices.

What materials are generally chosen for precision sensor stampings?

Common materials include stainless steel, brass, phosphor bronze, beryllium copper alloy, nickel-silver alloy, etc. According to the different requirements of the sensor (e.g., corrosion resistance, electrical conductivity, elasticity) to select the appropriate material.

Precision Metal Stamping Dies features and advantages

High precision: The control of tolerances is carried out at a range of microns to guarantee the requirement and reliability of the internal structure of the sensor.

Batch production capacity: Suitable for mass production, cost-effective, and short lead time.

Versatility: Capable of forming complex three-dimensional shapes to meet the design needs of different sensors.

Consistency: Consistent size of the parts stamped out each time, ensuring the uniformity and interchangeability of the sensors after assembly.

Product Categories : Hardware Stamping Parts