Wire Harness Assembly System

The Wire Harness Assembly System is a comprehensive industrial software platform based on Computer-Aided Process Planning (CAPP) technology, designed to address industry pain points associated with traditional manual wire harness assembly, including non-standardized design, inaccurate process parameters, and low assembly efficiency. By deeply integrating Computer-Aided Design (CAD) with Computer-Aided Manufacturing (CAM), the system achieves full-process digital management of wire harnesses—from design and process planning to production and assembly.

The core advantage of this system lies in its embedded CAPP wire harness process design module, which enables process parameter optimization and verification during the design phase, effectively avoiding rework and material waste caused by design errors. Through adaptive vector graphics display technology, the system supports precise four-screen simultaneous display without distortion during zooming, facilitating multi-station simultaneous operation and significantly improving assembly efficiency and process consistency.

The system is developed on the Windows operating system platform and is compatible with mainstream CAD software formats (such as DXF, AutoCAD 2004 and above, ZWSOFT/ZWCAD, and GstarCAD), fully considering engineers' usage habits to achieve design resource sharing and precise management. The system features a user-friendly interface and intuitive operation, allowing users to get up to speed quickly with minimal training.

The overall system configuration includes one wire harness assembly software license, one server, one main display monitor, and one to four secondary monitors, complemented by installation brackets and protective accessories to form a complete solution. The server is equipped with an Intel Core i7 processor and NVIDIA RTX-series graphics cards, ensuring smooth system performance and excellent graphics rendering capabilities.

This system is particularly suitable for wire harness manufacturers that handle multi-strand, multi-core, multi-variety, and multi-purpose products, and is especially well-suited for customers in the electronic manufacturing and automotive wire harness industries who have high requirements for product consistency and complex assembly processes. By implementing this system, enterprises can reduce the difficulty of wire harness process design, shorten product development cycles, and enhance overall production line assembly efficiency and product quality.