• The catheter’s body consists of three parts: the shaft, the soft extension and the soft tip. Stiffness of these parts varies.
• To maintain a strong body, Stainless Steel braided wire is incorporated between two layers of polymers. The wire used in this product is 16 strands flat wire and 304 coded Stainless Steel.
• All of the materials used in this product are biocompatible.
• Due to its braided skeleton, the catheter can maintain up to 8275kPa pressure.
• Flat wire ensures that the wall thickness is kept at a minimum size while sufficient torque control can be maintained.
• Different material combinations used in different sizes;

4F;

• Shaft is filled with radiopacifier, and the polymer used for the main body is nylon.
• Soft extension is made of pebax and this part is unbraided. Hence this feature provides a soft crossing to the soft tip.
• Incorporates a soft, atraumatic, tapered tip which is 2mm in length.

5-6F;

• Shaft is a combination of pebax and nylon with radiopacifier incorporated into it.
• Soft extension is made of pebax, and does not include a braided wire in the middle; hence there is a smooth continuation of the stiffness to the soft tip.
• Soft tip is atraumatic, 2mm long, and filled with radiopacifier.

• Radiofrequency welding technology is used in connecting different parts found throughout the entire catheter length. In this way, different parts in varying strengths are incorporated one to another which is important for providing stability, pushability and control.
• Catheters are given shape-memory with heat, and they do maintain their shapes inside the body.
• Atraumatic soft tapered tip which is 2mm is found in all types and it helps to reduce friction and maintain a soft crossing.
• UV and heat resistant.
• Shaft Length; 100cm
• Diameter;
  • 4F .042"
  • 5F .047"
  • 6F .057"
  • 7F .066"