Views: 0 Author: HANG Publish Time: 2025-09-02 Origin: Site
High-Precision Blade + Servo Feeding System, Cutting Flatness up to 0.02mm, Helping Enterprises Achieve "Zero Rework in Cutting"
As electronic devices develop toward miniaturization and integration, the cutting precision and efficiency of heat shrink tubes for wire harnesses have become key factors restricting production capacity.
The traditional single-tube manual cutting method is not only slow (about 8,000 tubes per shift) but also prone to problems such as inclined cuts and burrs due to human operation errors, requiring an additional 30% working hours for secondary trimming.

The newly developed Heat Shrink Tube Cutting Machine by DONGGUAN CHUYUANHUI PACKING MATERIAL CO.,LTD Company brings a disruptive breakthrough in cutting efficiency with its core performance of "7-tube synchronous cutting + 1 cut/second".
Equipped with imported tungsten steel alloy blades and dual servo motor feeding system, the machine can synchronously cut 7 heat shrink tubes with diameters of 1-10mm, with a single cut taking only 1 second and a single-shift capacity of over 50,000 tubes, which is more than 5 times higher than traditional processes.
Its original "cut self-calibration technology" uses a laser positioning system to real-time correct the cutting angle, ensuring the cutting flatness error ≤0.02mm, fully meeting the processing requirements of high-precision wire harnesses in automotive electronics, smart home, and other fields.

In addition, the equipment supports intelligent adjustment of length from 1 to 500mm, combined with touch screen visual operation, enabling quick switching of production for different specifications, reducing changeover time by 80%.

"In the field of precision manufacturing, 'millimeter-level errors' may lead to the failure of the entire product performance,"
Said the product manager of DONGGUAN CHUYUANHUI PACKING MATERIAL CO.,LTD Company. "The launch of this cutting machine not only solves the efficiency problem but also improves the cutting precision to 'micron level' through technological innovation, helping enterprises move from 'extensive production' to 'lean manufacturing'
This is the core goal of our deep cultivation in the industrial automation track."
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