Angiography PTFE Coated Guidewire

An Angiography PTFE coated guidewire is a specialized medical device used in vascular interventions and angiography procedures. It consists of a flexible core, typically made from stainless steel or Nitinol, coated with a layer of PTFE (Polytetrafluoroethylene) to reduce friction and enhance maneuverability within blood vessels. The guidewire is designed to navigate through complex anatomies and facilitate the placement of diagnostic or interventional devices.

Available on various type of guidewire :

1. Post coated ptfe guidewire
2. Pre coated ptfe guidewire
3. Hydrophilic coated guidewire
4. Nitinol core guidewire
5. Lunderquiest guidewire
6. Efficient filter for blood transfusion

Angiography ptfe coated guidewire product feature :

a) accurate measurement for catheter tracking.
b) easy to insert and removal.
c) smooth tip for insertion.
d) smooth advance for dispensing of guidewire.
e) angle and straight tip.
f) kink resistance.
g) safety cover for unwanted hazard damage.
h) variety of size, lengths and shapes.

Proper Handling: Ensure proper handling and insertion techniques to minimize the risk of vessel damage.
Radiation Exposure: Monitor radiation exposure levels during fluoroscopy-guided procedures.
Compatibility Checks: Verify compatibility with other devices and catheters used in the procedure.
Sterility: Maintain sterility throughout the handling and use of the guidewire to prevent infections.
Training: Ensure clinicians are adequately trained in the use of the guidewire and associated procedures.

Enhanced Navigation: The PTFE coating reduces friction, allowing smooth navigation through blood vessels.
High Visibility: Radiopaque tip enhances visibility under fluoroscopy or X-ray, ensuring precise positioning during procedures.
Flexibility and Control: The guidewire's flexible core and high torque response provide clinicians with precise control during navigation.
Minimized Trauma: Hydrophilic properties of the coating reduce the risk of vessel trauma during insertion and manipulation.
Versatility: Suitable for a wide range of vascular procedures, from diagnostic angiography to complex interventional treatments.

PTFE Coating: Provides smooth navigation and reduces friction.
Radiopaque Tip: Enhances visibility under fluoroscopy for precise placement.
Flexible Core: Allows for maneuverability within blood vessels and complex anatomies.
Hydrophilic Coating: Facilitates smooth insertion and minimizes trauma to blood vessels.
High Torque Response: Enables precise control and responsiveness during navigation.
Distal End Shape Options: Various shapes available for specific procedural needs (e.g., J-shaped, straight).

Material: Core made of stainless steel or Nitinol; PTFE coating for reduced friction.
Length and Diameter: Available in various lengths (typically 150 cm to 300 cm) and diameters (typically 0.014" to 0.035") to suit different procedural needs.
Tip Configuration: Options include straight, J-shaped, or angled tips for specific navigational requirements.
Radiopacity: Distal tip is radiopaque for enhanced visibility under fluoroscopy or X-ray.
Compatibility: Compatible with angiography catheters and devices used in vascular interventions.

Applications:

Angiography Procedures: Used for accessing and navigating through blood vessels during diagnostic angiography.
Vascular Interventions: Facilitates crossing and treatment of lesions, such as angioplasty, stent placement, embolization, and thrombectomy.
Endovascular Procedures: Supports minimally invasive treatments for vascular diseases and conditions.