Hospital Instruments-> Haemodialysis

A.V. Fistula Needles
Needles for use in patients on haemodialysis

• Stainless steel, silicone tipped needle for atraumatic insertion
  
• Back eye for uninterrupted blood flow through the needle
  
• Rotatable wings for firm grip, easy turning and secure fixation
  
• Smooth geometry for laminar blood flow at high rates
  
• Modified hub design with black mark for positioning the bevel accurately
  
• Kink resistant tubing with smooth occlusion clamp
  
• Colour coded wings for identification of needle size
  
• Option of Single/Twin fistula needles
  
• Disposable, sterile, non-pyrogenic
  

Sizes and technical specifications

Haemodialysis blood lines
Disposable medial grade PVC tubings, designed to carry blood from the venous end of the AV
fistula to the dialyzer and from the dialyzer back to the AV fistula after it has been purified

• Consists of two segments-arterial and venous
  
• Smooth interiors reduce foaming and increase air removal. Tubing ends are
  uniquely designed to attach firmly to the dialyzer without any risk of wet out
  
• Colour-coded clamps and dialyzer connectors with caps for easier
  identification
  
• Smooth, kink-resistant tubing ensures easy handling, fast priming and
  uninterrupted blood flow
  
• Disposable, sterile, non-pyrogenic
  

Haemodialysis dialyzer
Designed to filter toxins in the blood of patients on haemodialysis

• Uniquely designed to offer steady clearance throughout the procedure, thus
  minimizing any fluctuations
  
• Exceptionally good clearance of a wide range of small and medium sized
  molecules
  
• Optimum space between capillaries for effective solute exchange between
  blood and the dialysate solution
  
• Excellent biocompatibility
  
• Low blood volume requirements to minimize blood loss
  
• Ergonomic design to minimize thrombogenic risks
  
• Multiple use, high efficiency dialyzers
  
• ETO sterilized
  
• Available varieties, Modified Cellulose and Synthetic
  
• Available surface areas: 1.1, 1.2, 1.3, 1.4, 1.5 m