|The Chemical Stamping™ compatible alloys:
Be Cu Alloys
Copper & Copper Alloys
Furukawa Eftec 64T
Low Expansion Alloys
Magnetic Permeability Alloys
Stainless Steel, 300 & 400|
, also known as Reel-to-Reel Chemical Etching Process, Reel-to-Reel Photo-Etching Process
or Chemical Milling
of metal parts is a photo-chemical metal conversion process that creates highly-repeatable unstampable, burr-free components with complex features for intricate metal designs and shapes on a continuous metal strip made from chemical etching stainless steel and a wide variety of ferrous and nonferrous materials.
Photo Chemical Etching Process
*Chemical Etching Process guidelines may vary by design.
- Minimum Feature Size: 1.2x Material Thickness
- Minimum Thickness: 0.0008" (0.0203 mm)
- Tolerance: 10% of Material Thickness
- Maximum Part Width: 8" (203 mm) wide
- Maximum Part Length: 1500' (457 meters) long
- Maximum Thickness: 0.0200" (0.508 mm)
Among the many benefits of this reel-to-reel chemical etching process is the ability to hold very close tolerances, and extremely high level of repeatability, and true position from metal part to metal part. The degree of precision and consistency achievable offers a continuous chemically etched metal strip and a mass production advantage alternative to the standard panel or sheet etching process.
Interplex Etch Logic Fact Sheet
One distinguishing capability is the “Flat-Line” process control system which continually monitors over 160 critical points of the chemical etching process in real time and maintains the process conditions within a very narrow band at all times.
Coupled with ultra-precise “Chrome on Glass” photo-mask tooling, this photo chemical etching process is exceptional at sub-micro apertures in high density metal applications.
To learn more about Photo Chemical Metal Etching:
Interplex Etch Logic Inquiry