Medical device solutions

Laser Cutting Machine for Medical Planar Instruments MPLC6045

Short Description:

Laser cutting machine for medical planar equipment is mainly used for laser micromachining of medical equipment such as brain fixation pieces, connecting pieces, electrode pieces, etc.

  • Small cutting seam width: 15 ~ 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

    Technical Parameters:


    Maximum Operating Speed 300mm/s(X1);100mm/s(X2);50mm/s(Y);50mm/s(Z);600rpm(θ)
    Positioning Accuracy ±3um(X1);±5um(X2);±3um(Y); ±3um(Z);±15arcsec(θ)
    Repetitive Positioning Accuracy ±1um(X1);±3um(X2);±1um(Y);±1um(Z);±3arcsec(θ)
    Cutting Seam Width 20um~30um;
    Machining material 304&316L&Ni-Ti&L605&Al&Gu&Li&Mg&Fe etc.
    Tube blank length < 2.5m (support fixture can be customized);
    Processing wall thickness 0~1.5±0.02 mm;
    Pipe processing range Φ0.3~Φ7.5&Φ1.0~Φ16.0±0.02 mm;
    Plane processing range 200mm(300mm)*100mm;
    processing range 0~300mm&0~600mm (longer products can be processed by segmented splicing
    Length of surplus material 60mm;
    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 1200mm(&1800mm)x1300mmx1750mm;
    Equipment weight 1500Kg;



    Strong adaptability
    ①With laser dry cutting & wet cutting & drilling & slotting and other fine machining capabilities
    ②Can machine 304&316L&Ni-Ti&L605&Li&Mg&Al&Cu&Fe&Ceramic and other materials
    ③Can machine plane and curved surface instruments
    ④Provide double position & machine vision positioning & receiving and closed blanking & automatic loading and unloading system & machining dynamic monitoring and other matching functions
    ⑤Equipped with self-developed long & short focal length fine laser cutting head with sharp & flat nozzle & compatible with commercially available laser cutting head
    ⑥Equipped with self-developed 2D & 2.5D & 3D CAM software system for laser micromachining
    Follow the design concept of ergonomics, delicate and concise
    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


    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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