Heat Shrink Tube UV Laser Marking and Cutting Machine

Heat Shrink Tube UV Laser Marking and Cutting Machine is an advanced industrial system designed for high-precision marking and cutting of heat shrink tubing using ultraviolet (UV) laser technology. Below is a structured overview of its key aspects:

Key Features & Components

  1. Fuente de láser ultravioleta:

    • Longitud de onda: Typically 355 nm, enabling fine, cold-processing to avoid thermal damage.

    • Precision: Focuses on micron-level accuracy for intricate designs and clean cuts.

    • Non-Contact: Reduces material deformation and tool wear.

  2. Marking Mechanism:

    • Creates permanent marks via surface modification (e.g., color change, engraving) without chemicals.

    • Supports text, logos, barcodes, and serial numbers for traceability.

  3. Cutting Mechanism:

    • Delivers clean, burr-free cuts with minimal heat impact, ensuring precise tube lengths.

  4. Automation & Handling:

    • Feeding Systems: Adjustable rollers or conveyors for varying tube diameters.

    • Rotary Attachments: Enable 360° marking on curved surfaces.

    • Vision Systems: Ensure alignment accuracy for consistent results.

  5. Software:

    • Converts CAD/vector designs into laser paths.

    • Allows parameter adjustments (power, speed, frequency) for material compatibility.

  6. Safety & Support:

    • Enclosed design with UV shielding and fume extraction.

    • Cooling systems and maintenance protocols for laser longevity.


Applications

  • Industries: Electronics, automotive, aerospace, medical devices.

  • Use Cases:

    • Marking: Part numbers, safety info, certifications.

    • Cutting: Custom lengths for insulation, wire bundling, or labeling.


Advantages

  • Precision: Sub-millimeter accuracy for complex designs.

  • Speed: High-throughput processing compared to mechanical methods.

  • Durability: Resistant to fading, abrasion, and chemicals.

  • Versatility: Compatible with PVC, polyolefin, and other heat shrink materials.


Considerations

  • Cost: Higher initial investment than traditional methods.

  • Material Testing: Requires optimization of laser settings for different tubing materials.

  • Integration: May need customization for inline production workflows.


Technical Specifications

  • Potencia láser: 3W–10W (depending on material thickness).

  • Marking Speed: Up to 7,000 mm/s.

  • Resolution: ≤20 µm for detailed marks.

  • Footprint: Compact design for factory integration.


Challenges & Solutions

  • Curved Surfaces: Rotary fixtures ensure uniform marking.

  • Reflective Materials: Anti-reflective coatings or parameter adjustments.

  • Alignment: Vision systems and automated feeders maintain precision.


This machine is ideal for industries demanding high-quality, durable labeling and precise sizing of heat shrink tubes, enhancing efficiency and product reliability.

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Correo electrónico: info@jncslaser.com

WhatsApp: 0086 18254116182

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