iConn

iConn provides custom and standard wire harness and molded cable solutions for data and power cables. We manufacture individual or complex integrated overmold designs to your specifications. Our capabilities include utilizing standard or custom designed connectors, PCBA and strain relief together in intelligent wire harness solutions. Circuit Techn... ologies such as PCBA, FPC, and FFC iConn provides custom design and manufacturing of PCBA and circuit technologies, such as Rigid, Rigid Flex, Multi-layer Flex, and Flat Flex Cables to meet our customers space constraint and performance specifications. From initial design, prototyping, and first article to manufacturing and delivery, iConn can deliver reliable and cost efficient circuit solutions to fit your needs. iConn can integrate standard connectors or custom design a connector solution for your project. Custom designed connectors may have the advantage of lower cost, shorter lead times and enhancing IP with proprietary technology. iConn specializes in sheet metal stamping with a high level of workmanship and service. High precision tool design and fabrication, and ongoing tool maintenance are performed in-house. Our manufacturing facilities are equipped with progressive and robotic stamping press lines that range from 40-800 tonnes. Additionally, iConns comprehensive range of secondary processes and extensive subassembly capabilities enable higher quality output with shortened production lead times, achieving maximum efficiency to meet high-volume requirements. Through the use of state-of-the-art technology and a highly trained workforce, we continue to accelerate the limits of conventional manufacturing processes. Precision Cold Forged Progressive Stamping is an alternative process for stamping precision metal parts. Metal is progressively stamped and formed to close tolerances, allowing 3D net shaped parts to be produced. Products that require miniaturized components and that need to retain their rigidity and stability benefit from this technology. This ...Read More