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Photochemical machining is used to produce metal components for many types of aerospace applications from airframe stiffeners and heat sinks to satellite batteries.
The ability to produce complex parts that are free of burrs and thermal or mechanical distortion in very thin gauges of metal is a key advantage of chemical etching. Precision etched components enable the creation of complex geometries at negligible incremental cost.
Many aerospace components are produced in aluminum to save weight. Photo-etching aluminum is challenging because it is a very reactive metal that readily oxidizes.
Expertise in photo etching aluminum led to the founding of the The Conard Corporation in 1965.
Conard’s ability to etch aluminum up to .080″ thick continues to find new applications in many industries.
Photo chemical machining is exempt from Nadcap checklist 7108/5 because the process does not alter any of the properties of the metal. Read more about this in our Blog: What is the difference between photoetching and chemical milling?
With 50 years of experience, we are leaders in precision metal manufacturing through photochemical machining in a wide variety of metal alloys. With turnkey services to meet demanding customer requirements, we provide engineering and design support with rapid turn around of prototypes. We also engage in special development projects for customers with complex needs.
This link leads to the machine-readable files that are made available in response to the federal Transparency in Coverage Rule and includes negotiated service rates and out-of-network allowed amounts between health plans and healthcare providers. The machine readable files are formatted to allow researchers, regulators, and application developers to more easily access and analyze data.
