• 40 years of experience in special diets for laboratory animals
  • Optimal quality
en
Menu

Laboratory equipment

Special Gastro-Intestinal Catheters

Only available in Belgium

Features

Swipe left and right to see the entire table.
  Closed End Slit Valve "Burp" Valve Side Holes/Open End
Material Silicone/Dacron® Mesh Silicone/Dracron®Mesh Silicone/Dracron® Mesh
Cath. length 60 cm 60 cm 60 cm
Cath. Size 5, 7 of 9 Ch 5, 7 of 9 Ch 5, 7 of 9 Ch
Position of Disc 5 cm from tip 2 cm from tip on 5 Ch,
5 cm from tip on 7/9 Ch
5 cm from tip
Dacron® disc size 7 mm bij 5 french
15 mm bij 7/9 french
7 mm on 5 french
15 mm on 7/9 french
7 mm on 5 french
15 mm on 7/9 french
Cat. nr. 5 french: 5IGSS
7 french: 7IGSS
9 french: 9IGSS
5 french: 5IGBS
7 french: 7IGBS
9 french; 9IGBS
5 french: 5IGOS
7 french: 7IGOS
9 french: 9IGOS
  Slit valve allows for infusion but  not aspiration. Reduces occlusions - slits remain closed until positive infusion pressure applied. Closed end prevents in- gestion of intestinal contents. Unique one way valve prevents occlusion of tip. Valve remains in the closed position until positive infusion pressure is applied on either the vascular acces port on external luer connection. Increased area is able to be perfused at one time due to numerous per fusion holes. This design is also available with a closed end.

 

Ordering Information

To request an intestinal catheter for a vascular access port, use the above catalog numbers for the gastro-intes- tinal catheter in place of the catheter size and the port model you prefer.

Examples: The catalog number CP4AC-7IGSS indicates a medium titanium ClearPort with a 7 French silicone closed end slit valve catheter. The catalog number 9IGBS indicates a 9 French silicone Burp Valve catheter without a port.

 

The Burp Valve ramains closed until positive pressure is exerted on the cartheter. This prevents the aspiration of intestinal contents into the catheter lumen.

The Open End Intra-Gastric catheter with side perfusion holes minimizes the complication of catheter occlusion by offering a larger surface area for perfusion.