Conard Corp.

Glastonbury Connecticut US 6033

About Seller: Engineers and designers across various industries depend on the precision and consistency of photo etched precision metal components. Clients in diverse sectors trust Conard Corporation to deliver the quality, service, and value required for their photo etching needs. As an AS9100D/ISO9001 and ITAR registered small business, Conard has established strong partnerships with top enterprise-level customers. We are fully equipped to meet even the most stringent specifications, specializing in photochemical manufacturing processes to provide precise solutions for cutting-edge technologies. Conard manufactures accurately shaped metal parts, components, and sub-assemblies for aerospace, computer, electronic, medical, optical, and other industries with technology-driven OEM's. Photo etching capabilities allow for the production of parts ranging from .020" diameter to 24"x 58". Our process is effective for a wide range of metal alloys, including stainless steel, carbon steel, nickel alloys, copper, brass, bronze, aluminum, molybdenum, and silver. Material thickness can range from .001" to .040" in ferrous metals, .065" in copper, and up to .080" in aluminum. Photo etching is essential for fabricating power electronic devices on direct bond copper on ceramic substrates, as well as for producing copper field and litz magnetic coils for medical, industrial, and veterinary MRI equipment. PEM fuel cells in various architectures also rely on photo etching for stack and cell elements. The applications in RF, microwave, and wireless technologies are vast and evolving constantly. Additionally, photochemical etching provides cost-effective precision solutions for industrial applications such as shims, gaskets, spacers, retainers, and shields. As technologies demand increased power and performance in smaller packages, chemical etching is becoming increasingly popular. The level of complexity and detail achievable through photochemical manufacturing surpasses that of traditional fabricating methods.