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Five-axis laser cutting machine for surgical instruments ML-MDSO600 Featured Image
  • Five-axis laser cutting machine for surgical instruments ML-MDSO600

Five-axis laser cutting machine for surgical instruments ML-MDSO600

Short Description:

The five-axis laser cutting machine for surgical instruments is mainly used for laser micromachining of surgical and orthopedic instruments such as rigid endoscopes, ultrasonic scalpels, endoscopes, staplers, staplers, soft drills, planers, puncture needles, nose drills, etc.


  • Small cutting seam width : 18 ~ 30um
  • High machining accuracy : ≤±10um
  • Good quality of incision: No rough edges, smooth incision
  • High processing efficiency: one - time cutting through the side wall, continuous automatic feed processing

    • Product Detail

    Surgical Instrument Laser Cutting Machine

    The five-axis laser cutting machine for surgical instruments can be referred to as the laser cutting machine for surgical instruments. It is mainly used for the processing of centripetal, vertical, and composite opening features of isodiametric tubes, variable diameter tubes, and planar instruments. Machinable materials include 304 and 316L stainless steel. , nickel-titanium alloy, cobalt-chromium alloy, aluminum, cobalt, lithium, magnesium iron, etc. Such as orthopedic soft planer, orthopedic soft drill helical slotting, D-type electrode tube slotting, stapler tube forming, hard mirror sleeve, nose drill tooth opening, stapler tube forming, ultrasonic knife inner and outer sleeves, etc. The equipment adopts a combined precision thin-walled tube sleeve support system that adapts to shape tolerance changes, and has the advantages of advanced design and high machining accuracy.

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    Technical Parameters:

    Maximum Operating Speed 500mm/s（X1）；500mm/s（Y1/Y2）；50mm/s（Z）；
    Positioning Accuracy ±3um（X1）；±3um（Y1/Y2）；±5um（Z）；
    Repetitive Positioning Accuracy ±1um（X1）；±1um（Y1/Y2）；±3um（Z）
    Machining material 304&316L&Ni-Ti&L605&Al&Gu&Li&Mg&Fe etc.
    Plane processing range 450mm*600mm；
    Laser type Fiber laser;
    Laser wavelength 1030-1070±10nm；
    laser power 200W&250W&300W&500W&1000W&QCW150W for option;
    Equipment power supply 220V± 10%, 50Hz；AC 25A (main circuit breaker);
    File format DXF&DWG&STP&IGS；
    Equipment dimensions 1280mmx1320mmx1600mm；
    Equipment weight 1500Kg；

    TLM600

    Strong adaptability
    ①With laser dry cutting & wet cutting & drilling & slotting and other fine machining capabilities
    ②Centripetal & vertical & compound opening feature machining for supporting equal diameter tube & variable diameter tube & plane instrument
    ③Can process 304&316l&Ni-Ti&L605&Al&Gu&Li&Mg&Fe and other materials
    ④Compatible with precision D-type chuck & ER series chuck & three-jaw chuck and other precision thin-walled tube clamping system
    ⑤Adopt the combined precision thin-walled tube shaft sleeve support system with self-adaptive shape tolerance variation
    ⑥Provide the matching scheme of precision thin-walled tube continuous automatic feed processing & automatic loading and unloading
    ⑦Equipped with self-developed 2D & 2.5D & 3D CAM software system for laser micromachining
    Application scope：
    Laser micromachining of surgical and orthopedic instruments such as rigid endoscope & ultrasonic scalpel & endoscope& stapler & suture device & soft drill & planer & puncture needle & nose drill
    High precision machining：
    ①Small cutting seam width: 18~30um
    ②High machining accuracy: ≤ ± 10um
    ③Good quality of incision: no burr & smooth incision
    ④High machining efficiency: one-off cutting through one side tube wall & continuous automatic feed machining

    Technical Parameters:

    Maximum Operating Speed 500mm/s（X1）；500mm/s（Y1/Y2）；50mm/s（Z）；
    Positioning Accuracy ±3um（X1）；±3um（Y1/Y2）；±5um（Z）；
    Repetitive Positioning Accuracy ±1um（X1）；±1um（Y1/Y2）；±3um（Z）
    Machining material 304&316L&Ni-Ti&L605&Al&Gu&Li&Mg&Fe etc.
    Plane processing range 450mm*600mm；
    Laser type Fiber laser;
    Laser wavelength 1030-1070±10nm；
    laser power 200W&250W&300W&500W&1000W&QCW150W for option;
    Equipment power supply 220V± 10%, 50Hz；AC 25A (main circuit breaker);
    File format DXF&DWG&STP&IGS；
    Equipment dimensions 1280mmx1320mmx1600mm；
    Equipment weight 1500Kg；
    13

    TLM600

    Strong adaptability
    ①With laser dry cutting & wet cutting & drilling & slotting and other fine machining capabilities
    ②Centripetal & vertical & compound opening feature machining for supporting equal diameter tube & variable diameter tube & plane instrument
    ③Can process 304&316l&Ni-Ti&L605&Al&Gu&Li&Mg&Fe and other materials
    ④Compatible with precision D-type chuck & ER series chuck & three-jaw chuck and other precision thin-walled tube clamping system
    ⑤Adopt the combined precision thin-walled tube shaft sleeve support system with self-adaptive shape tolerance variation
    ⑥Provide the matching scheme of precision thin-walled tube continuous automatic feed processing & automatic loading and unloading
    ⑦Equipped with self-developed 2D & 2.5D & 3D CAM software system for laser micromachining
    Application scope：
    Laser micromachining of surgical and orthopedic instruments such as rigid endoscope & ultrasonic scalpel & endoscope& stapler & suture device & soft drill & planer & puncture needle & nose drill
    High precision machining：
    ①Small cutting seam width: 18~30um
    ②High machining accuracy: ≤ ± 10um
    ③Good quality of incision: no burr & smooth incision
    ④High machining efficiency: one-off cutting through one side tube wall & continuous automatic feed machining

    KOKO-2

    Flexible design
    ①Follow the design concept of ergonomics, delicate and concise
    ②Provide the optional function of machine vision system to real time online monitor the laser dynamic machining process
    ③The software and hardware functions match flexibly, support personalized function configuration & intelligent production management
    ④Support forward innovative design from component level to system level
    ⑤Open type control & laser micromachining software system is easy to operate & intuitive interface

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