Chronic Total Occlusion Guide Wires
ASAHI Gaia Next® Series
CTO wire designed for intentional wiring. It leverages ACT ONE for 1:1 torque response and greater control as well as a flexible, micro-cone tip for directional control within the CTO body. XTRAND coil structure for increased anti-trapping power in tough lesions.
TIP LOAD | |
TIP RADIOPACITY | 15 cm |
COATING | HYDROPHILIC* WITH UNCOATED DISTAL TIP Hydrophilic 40 cm – uncoated distal tip |
TIP SHAPE |
Resources
ASAHI Gaia Next PTCA Guide wire
With features such as ASAHI INTECC’s ACT ONE and the innovative XTRAND COIL technology, Gaia Next is the new evolution in CTO PCI. See how!
ASAHI Gaia Next – Tips & Tricks
See the notable guide wire differences between the movements, flexibility, and all-around precision within a lesion when using ASAHI INTECC’s Gaia Next over the conventional guide wires in the field today.
Cardiology Specialist Dr. Jaikirshan Khatri presents ASAHI Gaia Next
ASAHI Gaia Next Brochure
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Ordering Information
To order, please call us toll-free at 855-286-9473, or email us at customersupport@asahi-intecc.com. To see a complete listing of all available ASAHI products, go to our Full Product Listing page.
Product | Catalog No. | Tip Shape | Length (CM) | Diameter (INCH(MM)) | Radiopaque Segment (CM) | Spring Coil Length (CM) | Coating |
---|---|---|---|---|---|---|---|
ASAHI Gaia Next 1 | AH14R019P | 1mm Pre-Shape | 190 | 0.011/0.014(0.27/0.36) | 15 | 15 | 40cm Hydrophilic coating * with Uncoated Distal Tip |
ASAHI Gaia Next 2 | AH14R020P | 1mm Pre-Shape | 190 | 0.012/0.014(0.30/0.36) | 15 | 15 | 40cm Hydrophilic coating * with Uncoated Distal Tip |
ASAHI Gaia Next 3 | AH14R021P | 1mm Pre-Shape | 190 | 0.012/0.014(0.30/0.36) | 15 | 15 | 40cm Hydrophilic coating * with Uncoated Distal Tip |
Indications for Use
ASAHI PTCA Guide Wires are intended to facilitate the placement of balloon dilation catheters during percutaneous transluminal coronary angioplasty (PTCA) and percutaneous transluminal angioplasty (PTA). The ASAHI PTCA Guide Wires are not to be used in the neurovasculature.