ASAHI Gaia® PV
Peripheral rotating-core CTO guidewire · Peripheral Interventions

ASAHI Gaia® PVProduct Code (REF): PHW18R202S

ASAHI Gaia® PV translates the Gaia rotating-core composite wire technology — originally developed for coronary CTO crossing — into a peripheral vascular format for below-the-knee and femoropopliteal CTO intervention. The rotating-core construction delivers precise 1:1 torque transmission from hub to tip, allowing the operator to feel differential resistance between fibrous and true-lumen tissue as the wire is rotated within the occlusion body — a tactile feedback mechanism that reduces subintimal passage rates in experienced hands. The Gaia PV applies the graduated tip-load approach familiar from coronary CTO work: starting with a lower tip-load variant to navigate the occlusion with controlled penetrating force, escalating to higher tip loads if resistance increases. The peripheral format includes longer wire lengths and modified tip geometries appropriate for tibial, popliteal, and superficial femoral artery anatomy. Available in multiple tip-load grades, 200 cm and 300 cm, 0.014 in.

This page documents catalog code (REF) PHW18R202S, one of 6 available configurations of the ASAHI Gaia® PV. See the full ASAHI Gaia® PV overview for every configuration.

Available under product codes PHW18R102S, PHW18R202S, PHW18R302S, PHW18R102P, PHW18R202P, PHW18R302P.

Sizes & Specifications

Diameter
0.014 in (0.36 mm)
Usable length
200 cm / 300 cm
Tip loads
PV 1 / PV 2 / PV 3 (graduated)
Design
Rotating composite core

Manufacturer: Asahi Intecc Co., Ltd. · Reference source: medical.asahi-intecc.com

Design & Technology

Technical characteristics and diagrams as published by Asahi Intecc.

Penetrability by "Micro-cone tip"

The ball tip was made smaller to increase its penetration efficacy. The micro-cone tip makes it easier to make the entry route to the hard tissue and fibrous cap.

ASAHI Gaia PV — Penetrability by "Micro-cone tip" diagram (official manufacturer illustration)

Tip flexibility

By taking advantage of tip flexibility, ASAHI Gaia PV easily avoids hard tissue and advances smoothly. Deflection control: Guiding the wire to the distal true lumen with rotational control by using deflection which occurs when advancing a shaped GW.

ASAHI Gaia PV — Tip flexibility diagram (official manufacturer illustration)

1mm pre-shaped tip

The pre-shape of the tip is incorporated in the production process, significantly increase tip shape retention.

ASAHI Gaia PV — 1mm pre-shaped tip diagram (official manufacturer illustration)

Structure

Full-length structure diagram of ASAHI Gaia PV (official manufacturer illustration)

Product Identification & Specifications

Reference identifiers for procurement, registration and tender documentation.

Product CodePHW18R202S
REF NumbersPHW18R102S, PHW18R202S, PHW18R302S, PHW18R102P, PHW18R202P, PHW18R302P
ManufacturerAsahi Intecc Co., Ltd.
BrandAsahi Intecc
Product FamilyPeripheral Interventions
Country AvailabilityTajikistan, Afghanistan

Clinical Applications

The ASAHI Gaia® PV is a peripheral rotating-core cto guidewire in the Peripheral Interventions family from Asahi Intecc Co., Ltd., used by interventional specialists in procedures where a peripheral rotating-core cto guidewire of this class is indicated. It is supplied in 6 configurations (catalog codes PHW18R102S through PHW18R302P) to match anatomical and procedural requirements.

For the complete indications for use, contraindications and instructions for use (IFU), request the official Asahi Intecc documentation through our clinical team. Modern Medical Solutions supplies the ASAHI Gaia® PV to hospitals and cath labs across Tajikistan and Afghanistan.

Ordering Information

Catalog reference codes as published by Asahi Intecc. Contact us to confirm current availability.

Product NameASAHI Gaia PV
Catalog No.PHW18R102S
Tip ShapeStraight
Usable Length200cm
Outer Diameter0.45mm (0.018")
CoatingHydrophilic (Uncoated Ball Tip)
Coating Length16cm
Coil Length15cm
Radiopaque Length15cm
Product NameASAHI Gaia PV
Catalog No.PHW18R202S
Tip ShapeStraight
Usable Length235cm
Outer Diameter0.45mm (0.018")
CoatingHydrophilic (Uncoated Ball Tip)
Coating Length16cm
Coil Length15cm
Radiopaque Length15cm
Product NameASAHI Gaia PV
Catalog No.PHW18R302S
Tip ShapeStraight
Usable Length300cm
Outer Diameter0.45mm (0.018")
CoatingHydrophilic (Uncoated Ball Tip)
Coating Length16cm
Coil Length15cm
Radiopaque Length15cm
Product NameASAHI Gaia PV
Catalog No.PHW18R102P
Tip ShapePre-shape
Usable Length200cm
Outer Diameter0.45mm (0.018")
CoatingHydrophilic (Uncoated Ball Tip)
Coating Length16cm
Coil Length15cm
Radiopaque Length15cm
Product NameASAHI Gaia PV
Catalog No.PHW18R202P
Tip ShapePre-shape
Usable Length235cm
Outer Diameter0.45mm (0.018")
CoatingHydrophilic (Uncoated Ball Tip)
Coating Length16cm
Coil Length15cm
Radiopaque Length15cm
Product NameASAHI Gaia PV
Catalog No.PHW18R302P
Tip ShapePre-shape
Usable Length300cm
Outer Diameter0.45mm (0.018")
CoatingHydrophilic (Uncoated Ball Tip)
Coating Length16cm
Coil Length15cm
Radiopaque Length15cm

Downloads & Documentation

Instructions for use (IFU), technical datasheets and clinical literature for the ASAHI Gaia® PV are available on request from our clinical team.

Request Documentation

Frequently Asked Questions

What is the ASAHI Gaia® PV used for?
The ASAHI Gaia® PV is a peripheral rotating-core cto guidewire manufactured by Asahi Intecc, used by interventional physicians for precision vascular access procedures. Contact our clinical team for the full indications for use and instructions for use (IFU).
What sizes does the ASAHI Gaia® PV come in?
The ASAHI Gaia® PV is available in the following configurations: Diameter 0.014 in (0.36 mm), Usable length 200 cm / 300 cm, Tip loads PV 1 / PV 2 / PV 3 (graduated), Design Rotating composite core.
How can I order the ASAHI Gaia® PV?
Modern Medical Solutions is the authorized Asahi Intecc distributor for Tajikistan and Afghanistan. Submit a documentation or ordering request through our contact form and our clinical team will confirm availability and lead time.

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