Continuously-Evolving Through & Pass^®Series of Tube Stents

• High pushability and penetration force
  Reduction of diameter gap between the guide wire and the inner catheter, as well as of the diameter gap between the stent and the inner catheter, have improved pushability and penetration force.
• Flap strength
  Changes to the cut for the flap have improved strength and safety.
• Wide lumen and flexibility
  The strength when securing the lumen has been improved, which adds to the high drainage provided. A highly flexible material has been used to improve the stability of stent placement.
• Unique integrated system
  Chamfering at the lower end of the stent reduces catching on the catheter.
• Reduced pull-out resistance of the inner catheter
  The markers are printed, rather than using stickers. This reduces the chance of the system catching. By eliminating differences in hardness, the risk of stretching has also been reduced.