MPDMED | Master in Endoscopic Minimally Invasive Spine Surgery

  • Cervical Discectomy Scope

    Cervical Discectomy Scope

    Optic Angle Working Channel Outer-Ø Working length
    15° 4.3 mm 6.9 mm 125 mm
    15° 5.7 mm 8.4 mm 125 mm

    POSTERIOR CERVICAL FUSION SURGERY

    What is a posterior cervical procedure?
    The primary goal of a posterior cervical procedure is to relieve pressure on the nerve roots or spinal cord in the cervical spine using a surgical approach through the back of the body.

     

    Posterior Cervical Spine

    How is a posterior cervical procedure performed?
    During surgery, the patient lies face down. The surgeon makes an incision in the skin on the back of the neck over the vertebra(e) to be treated.

     

    Accessing the posterior cervical spine

    Depending on the site of compression, removal of the lamina as well as removal of bone spurs may be performed where the nerve roots exit the spinal canal.

    Axial view of the cervical spine
    There are different types of fixation that may be placed in the neck to help promote posterior cervical fusion.

     

    Screw and Rod Fixation

    Screws or hooks and rods are used to hold the spinal column in place while fusion occurs or to provide stability. The screws are inserted into the left and right sides of the vertebrae to be fused. A rod connects the screws to stabilize the spine on each side. Caps secure each screw to the rod.

    Bone graft may be added along the side of the vertebrae to help with fusion. Once the surgery is complete, the surgeon closes the incision and moves the patient into recovery.

    Over time, the vertebrae can grow together through fusion. Complete fusion varies among patients and can take a few months to a couple of years.

     

    Posterior Cervical Screws and Rods

    Laminoplasty Plate

    Laminoplasty is a surgical procedure in which the lamina is repositioned to relieve the symptoms caused by spinal cord compression. The lamina is a bony structure at the rear of the vertebra. Each vertebra includes two laminae that form the roof over the spinal canal to protect the back of the spinal cord.

    Decompression is achieved by opening and elevating the lamina to alleviate pressure on the spinal cord. The surgeon lifts one side of the lamina to widen the spinal canal and relieve pressure.

    To hold the lamina open, the surgeon may insert an implant such as a laminoplasty plate.

  • Dilation Sleeve

    Dilation Sleeve

    Ref No Diameter Inner Diameter Working length
    FT-20603 8.4 mm 1.25 mm 240 mm
    FT-20604 10 mm 1.25 mm 240 mm
    FT-20601 6.3 mm 1.25 mm 240 mm
    FT-20600 6.9 mm 1.25 mm 240 mm

     

  • Diros URF-3AP RF Machine

    RF Generators

    Diros Technology Inc.’s OWL® Universal Radiofrequency Lesion Generators are designed and manufactured with safety, accuracy, ease of use, and longevity in mind. With a built in impedance monitor, nerve stimulator, and lesion generator, the user is able to safely deliver Continuous or Pulsed Radiofrequency in Monopolar or Bipolar.

    URF-3AP

    The Diros OWL® URF-3AP RF Lesion Generator is a robust and precise generator ideal for performing neurosurgical or pain management RF procedures in Monopolar and Bipolar modes. With the ability of catering to the user’s requirements the following features are available:

    • Impedance monitoring during all modes
    • Stimulation: sensory and motor stimulation available in constant voltage or current modes
    • RF Lesion Modes: Monopolar Continuous or Pulsed RF and Bipolar
    • Automatic or manual output controls
    • Comprehensive RF Probe and Cable tester allows user to check cable and probe functionality, including electrical continuity, power delivery, and temperature accuracy
    • History Recorder with an output to a USB flash drive, allows the user to save the last 127 procedure performed
    • Customized user presets allow for up to five users to save and store display and procedure parameters as their default settings with optional password protection. Language selection, over 17 languages to choose from such as: English, French, German, Greek, Hindi, Hungarian, Italian, Japanese, Korea, Portuguese, Russian, Spanish, Thai, Turkish, Chinese (Simplified and Traditional), and Dutch
    • Custom carrying case available for stylish and secure transportation

     

  • IMPLANT Bullet Cage

    IMPLANT Bullet Cage

    Degree Size
    4×22 mm 7+8+9+10+11+12 mm

     

  • IMPLANT Expandable Cage

    IMPLANT Expandable Cage

    Degree Size
    0x34 mm 7 mm To … minimum
    4×27 mm 7 mm To … minimum
    8×27 mm 7 mm To … minimum

     

  • IMPLANT Fenestrated Screw

    IMPLANT Fenestrated Screw

    Diameter Size
    Ø5.5mm 35+40+45+50 mm
    Ø6.5mm 40+45+50 mm

     

  • IMPLANT Kidney Cage

    IMPLANT Kidney Cage

    Degree Size
    4×25 mm 7+8+9+10+11+12 mm
    4×30 mm 7+8+9+10+11+12 mm

     

  • IMPLANT MIS Fenestrated Screw

    IMPLANT MIS Fenestrated Screw

    Diameter Size
    Ø5.5mm 35+40+45 mm
    Ø6.5mm 40+45+50 mm
    Ø7mm 40+45+50 mm

     

  • IMPLANT MIS Polyaxial Screw

    IMPLANT MIS Polyaxial Screw

    Diameter Size
    Ø5.5mm 35+40+45 mm
    Ø6.5mm 40+45+50+55 mm
    Ø7mm 40+45+50+55 mm

     

  • IMPLANT MIS Rod

    IMPLANT MIS Rod

    Diameter Size
    Ø5.5mm 40+45+50+60+70+80+90+100+
    110+120+130+140+150 mm

     

  • IMPLANT Monoaxial Screw

    IMPLANT Monoaxial Screw

    Diameter Size
    Ø4.5mm 25+30+35+40+45+50 mm
    Ø5.5mm 25+30+35+40+45+50 mm
    Ø6.5mm 25+30+35+40+45+50 mm

     

  • IMPLANT Open Rod

    IMPLANT Open Rod

    Diameter Size
    Ø5.5mm 40+45+50+60+70+80+90+100+110+120+130+140+150+160+170+180+190+200+
    250+300+350+400 mm

     


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