Heartrail™ II
Optimize your challenging procedure
Heartrail™ II will improve your back-up force when using Ikari curves right and left during transradial interventions or through a 5Fr guiding catheter in 6Fr to increase backup support.
CONTACT A REPRESENTATIVECharacteristics
Heartrail™ II offers dedicated curves for radial access:
- Ikari curves right and left are developed to improve your back-up force during TRI via the right radial artery
- Tiger curves are designed to be used for both right and left coronary arteries
Feel the difference with the 5Fr guiding catheter in 6Fr
By inserting a 5 Fr (120 cm with flexible distal portion) into a 6 Fr guiding catheter:
- Provides the back-up support of a 7 Fr guiding catheter with a 6 Fr
- Minimizes puncture size
- Increases your back-up support for an excellent PTCA balloons crossing success rate1
General specifications
| Shaft inner layer material | Polytetrafluoroethylene – PTFE |
|---|---|
| Braiding | High strength flat wire mesh pattern |
| Inner diameter | 5 Fr – 0.059″ (1.50 mm) 6 Fr – 0.071″ (1.80 mm) 7 Fr – 0.081″ (2.06 mm) |
| Usable length | 100 cm 120 cm – Heartrail 5Fr straight, for 5Fr guiding catheter in 6Fr |
Item specifications
| Shape type | Shape code | 5 Fr | 6 Fr | 7 Fr |
|---|---|---|---|---|
| Amplatz Left | AL 1 | GC-K5AL010N | GC-K6AL010N | GC-K7AL010N |
| AL 2 | GC-K5AL020N | GC-K6AL020N | GC-K7AL020N | |
| AL 3 | GC-K5AL030N | GC-K6AL030N | GC-K7AL030N | |
| Amplatz Right | AR 1 | GC-K5AR010N | GC-K6AR010N | GC-K7AR010N |
| AR 2 | GC-K5AR020N | GC-K6AR020N | GC-K7AR020N | |
| Judkins Left | JL 3 | — | GC-K6JL300N | — |
| JL 3.5 | GC-K5JL350N | GC-K6JL350N | GC-K7JL350N | |
| JL 4 | GC-K5JL400N | GC-K6JL400N | GC-K7JL400N | |
| JL 4.5 | GC-K5JL450N | GC-K6JL450N | — | |
| JL 5 | GC-K5JL500N | GC-K6JL500N | GC-K7JL500N | |
| JL 6 | GC-K5JL600N | GC-K6JL600N | — | |
| Judkins Right | JR 3 | — | — | — |
| JR 3.5 | GC-K5JR350N | GC-K6JR300N | GC-K7JR350N | |
| JR 3.5 | — | GC-K6JR350N | — | |
| JR 4 | GC-K5JR400N | GC-K6JR400N | GC-K7JR400N | |
| JR 4.5 | GC-K5JR450N | — | — | |
| JR 5 | GC-K5JR500N | GC-K6JR500N | — | |
| JR 6 | — | GC-K6JR600N | — | |
| BackUp for left coronary |
BL 2.5 | — | — | — |
| BL 3 | GC-K5BL300N | GC-K6BL300N | GC-K7BL300N | |
| BL 3.5 | GC-K5BL350N | GC-K6BL350N | GC-K7BL350N | |
| BL 4 | GC-K5BL400N | GC-K6BL400N | GC-K7BL400N | |
| BL 4.5 | GC-K5BL450N | GC-K6BL450N | GC-K7BL450N | |
| BackUp for right coronary |
BR 3.5 | — | GC-K6BR350N | — |
| BR 4 | — | GC-K6BR400N | — | |
| IMA | IMA 1.0 | GC-K5IMA10N | GC-K6IMA10N | GC-K7IMA10N |
| Multipurpose | MPA-Large | GC-K5MP030N | GC-K6MP030N | GC-K7MP030N |
| Bypass | BP-L | GC-K5BP010N | — | — |
| BP-R | GC-K5BP020N | GC-K6BP020N | — | |
| Ikari-Curve Left |
IL 3 | — | GC-K6IL300N | — |
| IL 3.5 | GC-K5IL350N | GC-K6IL350N | GC-K7IL350N | |
| IL 4 | GC-K5IL400N | GC-K6IL400N | GC-K7IL400N | |
| IL 4.5 | — | GC-K6IL450N | — | |
| Ikari-Curve Right |
IR 1 | — | GC-K6IR100N | — |
| IR 1.5 | GC-K5IR150N | GC-K6IR150N | GC-K7IR150N | |
| IR 2 | GC-K5IR200N | GC-K6IR200N | GC-K7IR200N | |
| Tiger | TIG 5 | GC-K5TR500N | — | — |
| — | — | — | — | GC-K7TR500N |
| — | — | — | GC-K6MP020N | — |
| — | — | — | GC-K6TR500N | — |
| — | — | — | GC-K6MP010N | — |
| — | — | — | GC-K6MP010N | — |
| 5Fr guiding catheter in 6Fr | Straight | GC-K5ST012NQ | — | — |
Please quote above item reference codes when placing an order.
References
1Takahashi et al.; New method to increase a Backup support of a 6 French Guiding coronary catheter, Catheterization and Cardiovascular Interventions 63:452-456 (2004).
2Compared to smaller inner lumen guiding catheters.