Developing and manufacturing specialized RF coaxial connectors for the world's most advanced aerospace communications systems. CLC Engineering, L.L.C. was founded by Rick Hall in 2004 to pioneer new RF connector products while providing unparalleled service for advancing defense aerospace technology. CLC Engineering has since grown to be renown as a reliable source in supporting the demanding specifications, rapid development, and on-time delivery of aerospace RF connectors.
Our precision contacts are used in communications for multi-role fighter jets, satellites, maritime vessels, and everything in between. We are located in sunny Chandler, Arizona and are proud to employ nearly 40 talented team members. CLC Engineering's Quality Management System is operated and registered in conformance with ISO 9001:2015 and AS9100D.
The scope of this registration covers the design, manufacturing, and assembly of microwave connectors and shell assemblies.
Our precision contacts are used in communications for multi-role fighter jets, satellites, maritime vessels, and everything in between. We are located in sunny Chandler, Arizona and are proud to employ nearly 40 talented team members. CLC Engineering's Quality Management System is operated and registered in conformance with ISO 9001:2015 and AS9100D.
The scope of this registration covers the design, manufacturing, and assembly of microwave connectors and shell assemblies.
Services
Integrated RF connector design and manufacturing for the world's most advanced aerospace communications systems.
CLC Engineering offers design, integration, manufacturing, and assembly of high-performance military aerospace RF interconnects under one roof.
CLC's mini-multiport RF contact design has been woven into today's most advanced avionics systems.
CLC employs and trains detail-oriented machinists and skilled assemblers from around the country to meet the demand of the most sophisticated aerospace communications systems.
CLC Engineering offers design, integration, manufacturing, and assembly of high-performance military aerospace RF interconnects under one roof.
CLC's mini-multiport RF contact design has been woven into today's most advanced avionics systems.
CLC employs and trains detail-oriented machinists and skilled assemblers from around the country to meet the demand of the most sophisticated aerospace communications systems.
CLC uses cutting edge swiss-type CNC lathes to produce miniature and reliable RF contacts.
CLC's small parts manufacturing include 10 Citizen and Tsugami swiss-type CNC lathes.
These machines are known for producing the most reliable and consistent products in the aerospace industry.
Our machines can run parts with +/-.0002 precision, with complex milling available for larger components when needed.
Our team scrutinizes each component with precision measuring and inspection equipment.
CLC designs our own custom cutting tools to ensure repeatability and burr-free parts.
CLC's small parts manufacturing include 10 Citizen and Tsugami swiss-type CNC lathes.
These machines are known for producing the most reliable and consistent products in the aerospace industry.
Our machines can run parts with +/-.0002 precision, with complex milling available for larger components when needed.
Our team scrutinizes each component with precision measuring and inspection equipment.
CLC designs our own custom cutting tools to ensure repeatability and burr-free parts.
New developments in aerospace electronics require adapting reliable interfaces with new cables, low observable technology, and smaller footprints.
CLC uses its catalog of proven connector designs to adapt new products specific to changing customer needs.
We can rapidly produce fully integrated models for our customers.
This dedicated design partnership reduces the prototyping burden and ensures CLC hits the bullseye before we send the parts to the manufacturing floor.
CLC uses its catalog of proven connector designs to adapt new products specific to changing customer needs.
We can rapidly produce fully integrated models for our customers.
This dedicated design partnership reduces the prototyping burden and ensures CLC hits the bullseye before we send the parts to the manufacturing floor.
Reviews
Be the first to review CLC Engineering.
Write a Review
