145 cm Medtronic Guide Wire

Product Description

145 cm Medtronic Guide Wire is mainly used to traverse the vascular system and access the desired position during minimally invasive interventional procedures. 145 cm Medtronic Guide Wire is increasingly being used to predict the behaviour of these instruments. These are designed to navigate vessels to reach a lesion segment. The device arrives at its destination that acts as a guide that larger catheters can rapidly follow for easier delivery to the treatment site. 

Product details

Frequently Asked Questions

Q: A Medtronic guide wire is what?

A: A medical device called a Medtronic guide wire is used in minimally invasive treatments, particularly in radiology and interventional cardiology. It is a thin, flexible wire that is used to direct catheters and other medical devices to the right spot inside the body by moving through blood vessels.

Q: What are the uses of Medtronic guide wires?

A: Medical procedures such as angioplasty, stent insertion, and diagnostic angiography all require Medtronic guide wires. They support and direct the placement of catheters and other interventional devices as they move through blood vessels.

Q: Do Medtronic guide wires have a single use, or are they reusable?

A: Guide wires from Medtronic are primarily single-use items. To ensure patient safety and avoid cross-contamination, they are sterile and created for single use.

Q: Medtronic guide wires are placed into the body in what way?

A: A little puncture or incision is used to implant Medtronic guide wires into the body. They are often inserted manually or with the use of imaging guidance, like fluoroscopy or ultrasound, into the blood vessels. The guide wire is implanted and then moved through the vessels to the desired place.

Q: Do Medtronic guidewires come in multiple varieties?

A: To meet diverse clinical demands, Medtronic offers a variety of guide wires with distinct features. Guide wires come with a variety of tips, including floppy, hydrophilic, and curved ones, as well as varying degrees of flexibility and hardness. The particular technique and the patient's anatomical considerations influence the guide wire choice.