Jig Clip

Manufactured through precision injection molding using high-quality PP (polypropylene), this positioning clip features a lightweight, tough, and highly fatigue-resistant structure. Designed with specialized dual hooks, it securely and accurately locks workpieces-such as automotive wires, cables, or fluid pipes-into their predetermined positions on assembly boards. By strictly limiting the degrees of freedom of the components, this clip prevents displacement, twisting, and vibration during processing and assembly. This drastically minimizes manufacturing and manual handling errors, ensuring highly consistent product dimensions, reliable wire routing, and superior overall processing precision.

High Efficiency & Fast Assembly: Designed for intuitive, quick-release installation, it allows operators to organize and secure components rapidly. This drastically reduces the time required for tedious manual adjustments and clamping preparations.

Cost Reduction & Yield Enhancement: By standardizing the assembly process and keeping workpieces uniformly aligned, it significantly boosts the operating efficiency of automated equipment and the overall utilization rate of the production line.

Damage Prevention & Reliability: The smooth PP material provides secure fastening without scratching or damaging the sensitive insulation layers of wiring harnesses or the surface of hoses, effectively reducing material waste and assembly defects.

Primarily focused on the complex field of automotive manufacturing and component assembly:

Wiring Harness Production & Board Assembly: Extensively used on wiring harness assembly boards (jig boards) for organizing, spacing, and routing complex wire bundles destined for engine compartments, dashboards, and vehicle chassis.

Piping & Component Sub-assembly: Serves as a crucial auxiliary fixing tool in the pre-assembly of automotive piping systems (such as corrugated tubes, coolant lines, or washer fluid hoses), ensuring the precise relative distance and positioning of all components before final vehicle integration.