Custom Cable Harnesses and Assembly Services
For over 30 years, Amphenol DC Electronics has been focused on building custom cable and wire harness assemblies. This single focus gives us a level of experience and expertise that is hard to find anywhere else and enables our engineers to spot design flaws or manufacturability issues prior to production. With a complete spectrum of materials, technology, and design options for OEMs needing wire harness assembly products, our customers continue to turn to us for their custom cable assembly needs. Our custom cable assembly manufacturing services include smart cable assembly, custom overmolds, semi-rigid coax cable, sub-miniature coax cabling, cable braiding, ruggedized assemblies, and fiber optic cables.
Amphenol DC Electronics, Inc. can provide the cabling needed for your custom cable assembly. Options include, but are not limited to:
- FLEXIBLE CABLE
- HIGH DENSITY
- IDC
- MDR
- 1MM & 2MM
- PCMCIA
- DISCRETE SCSI I, II, III
- CIRCULAR
- SANTOPRENE
- PVC
Amphenol DC Electronics’ design analysis and component spec checks are a standard part of our quoting process. We strive for the highest quality without sacrificing cost and efficiency. Amphenol DC Electronics is registered and certified to perform custom cable harness and assembly manufacturing to meet the following standards:
- ISO 13485:2016
- IPC-620 CLASS III
- UL508 CERTIFICATION
- FDA REGISTERED
- CSA FILE CERTIFICATION
- ITAR REGISTRATION
SMART CABLE ASSEMBLY & CIRCUIT INTEGRATION
Amphenol DC Electronics offers a wide range of intelligent cables and smart cable assembly solutions for use in the sophisticated technology preferred by many industries. The evolution of electronics to smaller, lighter, and faster models has prompted the integration of circuitry into the cable assembly design. ADCE provides design and engineering facilitation and manufactures custom overmolded cable assemblies that make it feasible to realize successful connections within the miniaturized electronics that many companies are leaning towards.
