CESSYS® Cervical Endoscopic Surgical System

//CESSYS® Cervical Endoscopic Surgical System

CESSYS® Cervical Endoscopic Surgical System

CESSYS® allows for the minimally invasive treatment of cervical disc herniations. Therefore, in most cases, the disc and its functional characteristics are preserved. The endoscopic CESSYS® procedure uses an anterolateral approach through the disc space directly to the site of herniation. Using a complete range of custom instruments and Scope and with complete visualisation, the herniated material can be removed completely, with minimal disruption to anatomy.

The CESSYS® instrument system contains all necessary instruments for a minimally invasive access. A variety of instruments are included for sequential soft tissue dilation, access through the annulus and removal of herniated disc material. Three working cannula tip variations are available to accommodate various herniation sites. The tray can also accommodate the joimax® CESSYS® Cervical Hybrid Scope. The single-cable connection of the Video/Camera Unit to the endoscope, provides less bulk and therefore, lightweight handling of the endoscope. This patented hybrid cable technology enables the surgeon to gently manoeuvre the endoscope throughout the procedure. The 1.2 mm, 40,000 pixel camera optics in combination with the joimax® C-Camsource® Camera System provides HD quality imaging.

The CESSYS® Cervical Endoscopic Surgical System Contains:

  • Cervical Endoscopic Surgical System
  • CESSYS® Cervical Hybrid Scope
  • 18G Needle + 0.8 mm Guide Wire
  • Legato® RF-Probe, bipolar
  • Legato® Handpiece
  • Vaporflex® RF-Probe, bipolar
  • Endovapor® Dual High Frequency System
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Cessys Product Brochure

Cervical Hybrid Endoscope specifications:

  • outer diameter 3.9 mm/2.6 mm
  • working channel Ø 2.1 mm
  • shaft length 100 mm
  • rinsing channel Ø 1.2 mm
  • optic Ø 1.2 mm with 40,000 Pixel
  • optic angle 6˚
  • angle of view 95˚ ± 5˚

Working Tubes:

  • outer diameter 5 mm
  • working length 100 mm

Key Facts

  • Minimally Invasive
  • Custom Instrumentation
  • Next Generation Treatment