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ML-EDGE: Femtosecond Laser Clean Micro Tube Cutting Equipment

In high-end fields such as interventional medical care and precision electronics, the quality of each cut is directly related to the final performance and safety of the product. ML-EDGE is a femtosecond laser precision cutting platform specially designed for medical-grade and industrial-grade micro tubes. It fills the industry's technical gap in "non-damaging, high-precision, and fully clean" processing scenarios, and is a powerful tool for high-quality continuous processing of thin metal and polymer tubes.

The equipment integrates targeted optical path transmission design, high-precision motion system and independently developed clamping technology, aiming to provide a stable, efficient and extremely clean cutting solution.

❑ Interventional Medical Device Precision Processing

❑ Surgical Instrument Precision Processing

❑ Endoscope Snake Bone Tubes & Other Precision Processing

❑ Precision 3C Structural Components

❑ Automotive Parts

❑ Semiconductor Integrated Circuits

    Products Features

    • Industrial-Grade Customizable femtosecond Laser Source (2)

      High-quality industrial-grade fs -laser customizable light source;

    • Multi-Dimensional Beam Shaping and Control Capabilities

      Multi-dimensional beam shaping and control functions;

    • Real-Time Monitoring of Beam Pointing and Quality

      Excellent mechanical and thermal stable equipment base;

    • Superior Mechanical and Thermally Stable Base Platform

      High dynamic response multi-axis control system;

    • High-Dynamic Response, Multi-Functional Control System

      Fully sealed optical path transmission system structure;

    • Fully Sealed Beam Delivery and Optical Path System

      Multi-axis linkage precision processing;

    • Coordinated Multi-Axis Precision Machining for 3D Surfaces

      Small cutting taper, high efficiency;

    • Comprehensive 3D Collision Avoidance System

      Minimal thermal impact on end faces, smooth surface, no burrs.

    Products Highlights

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    Clean Cut, Strict Tolerance and Taper Control 

    Precision: ±1μm
    Burr-free cut, precise control of width and taper
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    Excellent Cutting Quality, No Post-Processing Required

    ❑ Roughness Ra≤0.2μm
    ❑ No surface damage, no recast layer
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    Material Non-Selectivity, Stress-Free Processing 

    ❑ Supports polymer materials such as polyimide
    ❑ No carbonization, no burrs, no damage to the opposite wall structure
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    One-Step Forming of Complex Geometric Shapes 

    ❑ Tube drilling, cutting, shape customization
    ❑ Neat cut, no recast layer, no micro-cracks

    Technical specifications

    Item

    Details

    Laser

    Femtosecond Laser (1030/515nm)

    Processing Area

    Pipe Diameter: Φ0.1-Φ20mm±0.02mm; Length: ≤1000mm

    Positioning Accuracy (X/Y/Z/θ)

    ≤±1μm/≤±1μm/≤±1μm/≤±15arcsec

    Cutting Thickness

    ≤1mm

    Cutting Slit Width

    ≥15μm

    Minimum  Width

    ≤15μm

    Taper

    ≤20μm@0.5mm Thickness

    Cutting Surface Roughness

    ≤Ra0.4

    Cutting Accuracy

    ≤±2μm

    Application Examples

    MONO Lancet Cutting

    MONO Lancet Cutting: 0.1 mm tip, 30°, burr‑free Burr-free

    MONO Metal Tube Cutting

    MONO Metal Tube Cutting:deformation free, burr‑free

    MONO PI Tube Drilling

    PI Tube Drilling:0.2 mm micro‑hole,through‑hole machining on curved surface. Adopting femtosecond laser one‑step forming process. Burr‑free, crack‑free, no ablation.

    Polyimide Tube Drilling No damage to the opposite wall

    Polyimide Tube Drilling No damage to the opposite wall,Minimal discoloration

    Stainless Steel Tube Complex Shape Cutting

    Stainless Steel Tube Complex Shape Cutting

    Stainless Steel Tube Drilling

    Stainless Steel Tube Drilling

    010203

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    Contact information

    Address

    F1-F2, Building 4, Jianfa-Xinmei Industrial Park, No. 21 Gongtang Road, Guangming District, Shenzhen, China.

    1647831b1f9f653d5ce88b0294a12170
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