Catheter Reinforcement Has Remained
Fundamentally Unchanged for 50+ Years
Provides shaft strength but is less effective at transmitting push force efficiently along the catheter.
Force is lost between hub and tip.
Improves lumen integrity and flexibility but introduces its own performance trade-offs.
Torque response lags behind operator input.
Every catheter on the market is built on one of these two•Both force a trade-off
A Structural Breakthrough
in Catheter Performance.
Continuous laser-cut stainless steel
The catheter begins as a solid metal tube, laser-cut into patterns that tune performance segment by segment. No braiding. No coiling.
Performance without trade-offs
Delivers 1:1 torque response, distal push transfer, and controlled flexibility in the same shaft.
Precision-tuned from tip to hub
The laser pattern is customized along the entire length, balancing force transmission and flexibility where each is needed.
Tailored to
Each Solution.
Single Lumen OTW Microcatheter Engineered to Outmaneuver Complexity.
- Optimal Pushability
- 1:1 Torque Response
- Lumen Integrity
Guide Extension Catheter for Uncompromised Flow.
- Lumen Integrity
- Coronary Perfusion
- Device Delivery
Rx Microcatheter for Enhanced Workhorse Wire Performance.
- Optimal Pushability
- Targeted Flexibility
- Lumen Integrity
Rx Microcatheter for Reliable Side Branch Access.
- Shape Retention
- Steerability
- Force Transmission