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ML-VORTEX: Femtosecond Laser Trepanning & Zero-Taper Micromachining Center

ML-VORTEX is a compact, industrial-grade 5-axis laser machining center specifically engineered for rotationally parts and complex 3D surfaces.

Moving beyond traditional percussion drilling, the ML-VORTEX utilizes advanced laser trepanning (helical drilling) optics. By precisely controlling the beam's orbital motion and angle of incidence via 5-axis linkage, it achieves True Zero-Taper holes and high-precision contouring. This machine offers a seamless combination of drilling, etching, and cutting, supported by deep system integration for real-time monitoring and high-efficiency production.

    Capabilities

    • The Ultimate Solution for Zero-Taper Micro-Drilling

      The ML-VORTEX pushes the boundaries of special-shaped micro-hole processing. It is designed to deliver unparalleled solutions for the most demanding industrial applications, particularly where hole geometry and wall verticality are critical.

    • Trepanning & Helical Drilling

      Unlike static beams, our vortex-style trepanning eliminates the "V-shape" taper inherent in traditional laser processing, creating perfectly cylindrical or customized inverse-taper holes.

    • 5-Axis Linkage for Curved Surfaces

      Enables the laser head to maintain a perfect perpendicular angle to any point on a curved surface, ensuring consistent hole quality on injector nozzles, sensor domes, and medical implants.

    • Material Versatility

      Efficiently processes metals, polymers, glass, and ceramics with no heat-affected zones (HAZ).

    Products Features

    Industrial-Grade Customizable femtosecond Laser Source
    5-Axis Coordinated Trepanning

    Synchronized control of mechanical axes and optical scanners for precision helical drilling on 3D surfaces.

    Industrial-Grade Customizable femtosecond Laser Source (2)
    Industrial-Grade Femtosecond Source

    High-stability source customizable for specific pulse duration and energy needs.

    Multi-Dimensional Beam Shaping and Control Capabilities
    Real-Time Process Control

    Integrated monitoring of beam pointing and quality ensures stability during long machining cycles.

    Real-Time Monitoring of Beam Pointing and Quality
    High-Dynamic Response

    Multi-functional control system designed for high-speed, complex trajectory execution.

    Superior Mechanical and Thermally Stable Base Platform
    Thermally Stable Platform

    Superior granite base and fully sealed optical path guarantee micron-level stability.

    Coordinated Multi-Axis Precision Machining for 3D Surfaces
    3D Collision Avoidance

    Comprehensive safety system for complex multi-axis operations.

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    Products Features

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    Zero-Taper & Geometry Control

    Zero Taper Capability: Achieves highly vertical hole walls with taper control precision of ≤±1μm. It can produce Straight, Positive, or Inverse (Negative) taper holes on demand.
    Advanced Trepanning: The helical drilling method ensures high circularity and enables the creation of non-round shapes (square, triangular) with sharp contours.
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    Micron-Level Precision

    ❑ Positioning Accuracy: ≤±1μm (X/Y/Z axis).
    ❑ Rotational Accuracy: ≤±3 arcsec (C-axis) for precise indexing of rotationally symmetric parts.
    ❑ Sharp Contours: Produces complex geometries with a corner radius (R-angle) as fine as ≤4μm.
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    High-Quality Micro-Hole Manufacturing 

    ❑ Hole Precision: Diameter precision of ≤±1μm within a range of Ø0.02mm to 2.5mm.
    ❑ High Aspect Ratio: Capable of producing micro-holes with a depth-to-diameter ratio up to 12:1 without sacrificing wall verticality.
    ❑ Superior Wall Quality: The "cold ablation" process yields smooth, burr-free interior surfaces with No Heat-Affected Zone, preserving material integrity.
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    Flexible & Efficient Production 

    ❑ One-Step Forming: Manufactures complex features like straight through-holes, blind holes, or composite step-holes in a single automated process.
    ❑ Broad Compatibility: Ideal for precision manufacturing in Medical , Aerospace , Electronics, and Automotive.

    Technical specifications

    Parameter

    Details

    Laser Source

    Femtosecond laser(1030/515nm)

    Processing Range

    Planar: 400mm×400mm;Stereo: 200mm×200mm×150mm

    Positioning Accuracy (X/Y/Z/B/C)

    ≤±1μm/≤±1μm/≤±1μm/≤±5arcsec/≤±3arcsec

    Processing Types

    Straight holes, taper holes, countersinks, composite holes, etc.

    Max Processing Depth

    2mm

    Max Depth-to-Diameter Ratio

    12:1

    Hole Diameter Range

    0.02mm~2.5mm

    Hole Diameter Precision/Concentricity

    ≤±1μm / ≤1.5μm

    Taper Control Precision

    ≤±1μm

    Counterbore Chamfer R

    ≤4μm

    Application Examples

    15μm Mass Spectrometer 0-Taper Slit Cutting

    Mass Spectrometer Slit Cutting:15μm±1μm,0-Taper

    MONO Cross-Shaped 0-Taper Drilling

    Cross-Shaped 0-Taper Drilling

    MONO Grid Mesh 0-Taper Cutting

    Grid Mesh 0-Taper Cutting:30μm ±2μm rib width, burr‑free

    MONO Molybdenum Sheet 0-Taper Drilling (Front & Back Sides Marked LeftRight)

    MONO Molybdenum Sheet 0-Taper Drilling (Front & Back Sides Marked Left Right)

    MONO Molybdenum Sheet Grid Mesh 0-Taper Cutting

    MONO Molybdenum Sheet Grid Mesh 0-Taper Cutting

    MONO Special-Shaped 0-Taper Cutting

    MONO Special-Shaped 0-Taper Cutting

    MONO Spinneret Special-Shaped 0-Taper Drilling

    MONO Spinneret Special-Shaped Hole 0-Taper Drilling

    MONO Triangular 0-Taper Drilling

    MONO Spinneret Triangular hole 0-Taper Drilling

    MONO Tungsten Sheet 0-Taper Drilling (Front & Back Sides Marked Left Right)

    MONO Tungsten Sheet 0-Taper Drilling (Front & Back Sides Marked Left Right)

    MONO Watch Gear 0-Taper Cutting

    MONO Watch Gear 0-Taper Cutting:Accuracy: ±1 μm Edge: Smooth & Burr-Free

    Zero-Taper microhole-mono

    Spinneret Zero-Taper microhole Drilling

    0102030405060708

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    Contact information

    Address

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

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