The manufacturing process of wire harnesses, the backbone of industries like automotive, aerospace and consumer electronics, has traditionally been manual and error-prone due to its complexity and complexity. Despite numerous attempts to automate this process, these efforts have not yet achieved fully automated wire harness manufacturing or effectively managed wire routing. However, these systems have made significant strides in tasks such as cutting, stripping, crimping and routing. A fully automated method, Electrical Function Integration, has been developed using cartesian robotics and additive manufacturing to integrate bare or insulated wires directly onto or within product components. The method employs proprietary CAD/CAM robotic manufacturing cells developed by Q5D.
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