2026-07-23

Dianzheng Machinery × Dongguan Liyang Communication Technology Co., Ltd. RF Cable Harness Factory Automation Upgrade and Transformation Case

I. Project Background

LiYang Communications specializes in RF harness manufacturing. Its existing production lines relied heavily on manual labor combined with simple equipment, resulting in persistently high labor costs, limited production capacity, and difficulty controlling defect rates. The company plans to introduce integrated automated equipment, upgrade its production lines, and achieve cost reduction, quality improvement, and capacity expansion.

II. Key Collaboration Metrics and Quantifiable Outcomes

  1. Order and Delivery Data

    In 2021, the company formally established a bulk procurement partnership, purchasing dozens of RF automation units at once. The equipment was delivered in batches as scheduled, enabling a smooth transition between old and new production lines.

  2. Technology and Quality Performance

    The automated equipment integrates multiple processes, including wire stripping, tinning, PCB soldering, and adhesive application, significantly reducing manual intervention. Following implementation, the yield rate of finished harnesses improved markedly, while the number of workers required per production line decreased substantially.

  3. Supply Chain Coordination Efficiency

    During the delivery phase, complete machine installation and commissioning were carried out, along with operator training. After-sales support includes 7×16-hour online technical assistance and priority replacement of spare parts, minimizing downtime losses.

III. Value of the Project Collaboration

The comprehensive RF antenna automation system replaces the traditional manual labor plus basic equipment setup, helping LiYang Communications cut substantial labor costs while simultaneously boosting output and improving yield rates. Ongoing optimization of production efficiency drives profit growth and elevates factory management standards. Both parties continue to collaborate on developing new-generation RF harness-related equipment.

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