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Technology / Product Information
Twisted Wire Processing for Wire Harnesses
Technology / product information
Twisted wire processing is designed for efficient wiring within equipment and sheet metal enclosures. Prec Vietnam provides processing solutions that enhance harness flexibility and manageability.
Wire harnesses used inside equipment and sheet metal enclosures require neat and functional wiring layouts within confined spaces. To meet these mechanical design demands, Prec Vietnam offers twisted wire processing. By twisting multiple wires at an optimal pitch, we improve handling flexibility while reducing mechanical interference and enhancing noise resistance.
[Features]
Uniform twisting of multi-core harnesses
More efficient use of wiring space and improved routing flexibility
Improved noise resistance (especially against normal-mode noise)
Reduced risk of mechanical interference with the harness
Easy handling that boosts assembly efficiency
Simplified wire fixation inside units and enclosures
[Capabilities]
Twist pitch adjustable according to supplied drawings or specifications
Electrical testing (e.g., continuity, withstand voltage) conducted after twisting
Full support for post-processing, such as label and marker tube application
Specification consultation and physical sample evaluation available from the prototyping stage
We provided twisted wire harnesses to an industrial equipment manufacturer struggling with wiring inside metal enclosures. As a result, they successfully shortened assembly time and reduced the risk of wiring errors. Furthermore, improved noise resistance contributed to enhanced reliability of electronic devices.
[Applications]
Internal wiring of industrial equipment and control panels
Internal wiring in compact enclosures for medical or analytical devices
Noise suppression in telecommunications and IT equipment
Organized and space-saving wiring inside automotive and motorcycle enclosures
Twisted wire processing enables easy harness routing and optimal placement within mechanical assemblies—making it an effective way to improve both assembly efficiency and product quality.
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