Home  |  Choose language  |  Contact  Contact
Search  |  Sitemap  |  Links
Company News Human Medicine Industrial Group Veterinary Medicine Jobs & Careers

Bipolar forceps for the neuroendoscope acc. to GAAB and the LOTTA™ neuroendoscope acc. to SCHROEDER

These bipolar forceps were developed specifically for use in neuroendoscopy and can be used through the working channels of the neuroendoscopes acc. to GAAB or SCHROEDER (LOTTA™).

In brain surgery, bipolar coagulation is generally preferred because of its closed electric circuit that prevents accidental injury to surrounding structures. Unlike bipolar electrodes, bipolar forceps can grasp and secure a tissue bridge and vessel, for example, and thereby coagulate them very effectively. In the process, pressure is also exerted on the bleeding site, which further contributes to hemostasis in addition to the actual coagulation. The forceps can also be used for the bloodless cutting of strands of tissue, and cutting diathermy can be performed as well. Hence, these forceps are an important addition to the bipolar coagulation electrodes and to monopolar diathermy.

Click to zoom picture.
Click to zoom picture.
The TAKE-APART® bipolar forceps can be completely dismantled and are therefore easy to clean. The handles and sheaths are reusable and autoclavable. The inserts for these forceps are single-use items and are offered in packages of 5.

These bipolar forceps have the following features:

  • For use through the working channel of the neuroendoscope acc. to GAAB or through the working channel of the LOTTA™ neuroendoscope acc. to SCHROEDER
  • For all intraventricular procedures: Ventriculostomy, colloid cysts, arachnoidal cysts, and tumor biopsies
  • Dimensions: GAAB: Sheath: 2.4 mm x 26 cm; jaws: 1 mm, flat; LOTTA™: Sheath: 2.4 mm x 30 cm; jaws: 1 mm, flat
  • Pistol-grip handle for optimal ergonomics during endoscopic procedures
  • Reusable, autoclavable forceps with single-use inserts for a cost-effective solution
  • Can be used with all high frequency units when paired with the proper KARL STORZ bipolar cable
© Copyright KARL STORZ GmbH & Co. KG, Tuttlingen