RUNTHROUGH® NS IZANAI® Coronary Guidewire
Designed to be your frontline or buddy wire
The RUNTHROUGH NS IZANAI is designed to be a good choice for tortuous, distal, or tight stenotic complex lesions due to the soft, atraumatic, low-tip weight and enhanced hydrophilic coating.1
Your Workhorse Coronary Guide Wire
NITINOL CORE-TO-TIP DESIGN FOR EXCELLENT TIP DURABILITY
This feature enables a single RUNTHROUGH wire to be used for multiple vessels potentially reducing a facility's wire usage, saving both time and money.1
DIRECT
JOINT-DUO CORE TECHNOLOGY
Innovative technology enables connection of two different metal characteristics. This seamless fusion of two proven guidewire metals provides 1:1 torque response/steerability, pushability and trackability.1
ENHANCED M-COAT HYDROPHILIC COATING
Enhanced "M-coat" technology hydrophilic coating over the distal 25cm of the distal tip enables smooth trackability in tortuous anatomy, comparable to plastic-jacketed wires1.
ASSOCIATED PRODUCTS
PRODUCT CODES
RUNTHROUGH NS IZANAI
| Product Code | DIAMETER (in) | LENGTH (cm) | TIP RADIOPACITY (cm) | TIP SHAPE | SHAFT COLOR |
| 25-5011 | 0.014" | 180 cm | 3cm | Straight | Blue |
| 25-5211 | 0.014" | 180 cm | 3cm | Straight | White |
| 25-5213 | 0.014" | 300 cm | 3cm | Straight | White |
| 25-9092 | 0.014" | 150 cm | N/A | N/A | N/A |
FAQ
What is a workhorse guidewire?
Workhorse guidewires are versatile tools used in most coronary interventions. They offer a balanced combination of flexibility, support, and torque control, making them suitable for a wide range of lesions. With soft, atraumatic tips and hydrophilic or hybrid coatings, they navigate tortuous vessels while maintaining tactile feedback. Typically made of stainless steel or nitinol, these wires provide reliable steerability and support for device delivery, reducing the need for wire exchanges and improving overall procedural efficiency.
RUNTHROUGH NS IZANAI is a workhorse coronary guide wire designed to access most everyday and complex lesions without compromising safety.
