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Chemical etching is a superior method to make round apertures or other parts used in optical applications.
The process creates precise openings to your exact specifications. round apertures are created without burrs. Burrs can affect the size and shape of the opening and flatness of a part.
Chemical etching will not add stress to the metal which can affect the flatness of the part. In addition, when the undesired material is dissolved instead of stamping or machined away, there is no work hardening to the edges which could affect the performance of the round apertures.
Typical metals used for these applications include aluminum, stainless steel, phosphor bronze, beryllium copper and other copper alloys.
As with all chemically etched parts, the tooling costs is inexpensive and can be completed in 3-7 working days . If the design needs to be adjusted it can be done quickly and inexpensively.
Typical metals used for these applications include aluminum, stainless steel, phosphor bronze, beryllium copper and other copper alloys. As with all chemically etched parts, the tooling costs is inexpensive and can be completed in 3-7 working days . If the design needs to be adjusted it can be done quickly and inexpensively. Various uses of etching parts *Red letter = Below sample *Electrical parts Motor core , transformer core , Print motor , Earth plate , Steal Belt , Heater *Electronic parts Conductor , Terminal , Evaporation Mask, Yoke , Lead flame , Metal mask, Strip Line *Optic instruments VCM(Spring) , Camera shutter , Aperture, Light Shield plate *Printer parts Printer spring , Laser grid , Steel belt *Measuring instruments Spacer , Encoder , Metal Squilgee *Precision parts Clock gear , Filter, Dies , Slit , Spiral spring , Mesh *Household electrical parts Cartridge components , Outer blade for electric shaver *Others Case , Ornament , Lamination , Meter , and more!!
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