
Medical treatments involving interventional cardiology and radiology employ the Asahi Corsair Pro Microcatheter Guide Wire. It is produced by Medtronic, a renowned manufacturer of medical equipment.
When performing minimally invasive treatments including angiography, angioplasty, and stenting, the Asahi Corsair Pro Microcatheter Guide Wire is intended to offer assistance and stability. It is made of a thin, flexible wire with a hydrophilic coating that makes it easier for it to move freely through blood vessels.
Product details
Length |
135 &150 cm |
Brand |
Asahi |
Guide Wire |
Micro Catheter |
Material |
PTCA |
Automation Grade |
Manual |
Packaging Type |
Box |
A: The Asahi Corsair Pro Microcatheter Guide Wire is a medical device used in interventional cardiology and radiology operations. It is a thin, flexible wire that is placed into blood vessels to guide the insertion of catheters or other medical devices during procedures such as angioplasty or embolisation.
A: The Asahi Corsair Pro Microcatheter Guide Wire is designed to help physicians locate and access particular target locations within the vasculature. It provides a channel for the insertion of catheters or other devices, allowing for precise positioning and the delivery of therapeutic substances or therapies.
A: A tiny puncture or incision is used to implant the Asahi Corsair Pro Microcatheter Guide Wire into a blood vessel. Under fluoroscopic supervision, it is then moved through the vasculature until it reaches the intended target region. The wire can go through intricate anatomical systems and curved veins thanks to its flexibility and manoeuvrability.
A: The Asahi Corsair Pro Microcatheter Guide Wire is offered in a range of sizes to meet diverse procedural needs. Depending on the manufacturer and the intended usage, there may be different size alternatives available. The typical sizes range from 180 to 300 centimetres in length and 0.014 to 0.035 inches in diameter.
A: Typically, the Asahi Corsair Pro Microcatheter Guide Wire is a single-use item. It is made to only be used once in order to preserve sterility and reduce the possibility of infection or cross-contamination.