The PTFE Coated Angiographic Guidewire is a critical tool in modern vascular imaging and interventional procedures. Its design ensures smooth navigation through the vascular system, making it indispensable for both diagnostic and therapeutic applications. The guidewire's construction, featuring a stainless steel core and PTFE coating, provides both strength and flexibility, allowing for precise control during procedures.

1. The guidewire is characterized by its smooth PTFE coating, which reduces friction and allows for easy movement within the vascular system. This feature is particularly important in minimizing trauma to the vessel walls during insertion and navigation.
2. The structure of the guidewire includes a core wire, safety wire, and outer coil wire. The core wire can be either fixed or movable, offering flexibility in different procedural scenarios. The distal tip is available in 'J' or straight configurations, catering to various anatomical needs.
3. The primary use of the guidewire is in vascular imaging and interventional procedures. It is introduced percutaneously using the Seldinger technique, facilitating the placement of catheters and other devices. Its design ensures that it can navigate through complex vascular structures with ease.

The PTFE Coated Angiographic Guidewire, also known as the PTFE Guidewire or Angiographic Wire, is a versatile and essential tool in vascular imaging and interventional procedures. Its smooth PTFE coating and robust construction make it a reliable choice for navigating the vascular system, ensuring both safety and efficacy in medical interventions.

The PTFE Coated Angiographic Guidewire is designed to provide smooth navigation through the vascular system, with features that enhance its performance in both diagnostic and therapeutic procedures.

1. The PTFE coating on the guidewire reduces friction, allowing for smooth movement within the vascular system. This feature is crucial for minimizing trauma to the vessel walls during insertion and navigation.
2. The guidewire's core wire can be either fixed or movable, providing flexibility in different procedural scenarios. This adaptability ensures that the guidewire can be used in a wide range of vascular interventions.
3. The distal tip of the guidewire is available in 'J' or straight configurations, catering to various anatomical needs. This versatility allows for precise navigation through complex vascular structures.
4. The guidewire is made from stainless steel, providing both strength and flexibility. This construction ensures that the guidewire can withstand the rigors of vascular navigation while maintaining its structural integrity.
5. The guidewire is sterilized using ethylene oxide and is intended for single use, with a sterilization validity period of 5 years. This ensures that the product is safe and ready for use in medical procedures.

The PTFE Coated Angiographic Guidewire stands out for its smooth PTFE coating, flexible core wire, and versatile tip configurations. These features make it an indispensable tool in vascular imaging and interventional procedures, ensuring both safety and efficacy in medical interventions.

The PTFE Coated Angiographic Guidewire is widely used in clinical settings for vascular imaging and interventional procedures, where it facilitates the navigation of catheters and other devices through the vascular system.

1. In diagnostic angiography, the guidewire is used to navigate through the vascular system, allowing for the precise placement of catheters for imaging purposes. Its smooth PTFE coating ensures minimal trauma to the vessel walls.
2. During interventional procedures, the guidewire is essential for guiding catheters and other devices to the target site. Its flexibility and strength make it suitable for navigating through complex vascular structures.
3. The guidewire is also used in percutaneous coronary interventions (PCI), where it aids in the placement of stents and other devices. Its smooth movement and precise control are crucial for successful outcomes.
4. In peripheral vascular interventions, the guidewire is used to navigate through the arteries and veins of the extremities. Its versatility and adaptability make it a valuable tool in these procedures.
5. The guidewire is also employed in neurovascular interventions, where it is used to navigate through the delicate vessels of the brain. Its smooth PTFE coating and precise control are essential for minimizing the risk of complications.

The PTFE Coated Angiographic Guidewire is a versatile tool in clinical settings, widely used in diagnostic and interventional procedures. Its smooth PTFE coating, flexibility, and precise control make it an essential component in vascular imaging and interventions, ensuring both safety and efficacy in medical procedures.

When purchasing the PTFE Coated Angiographic Guidewire, it is important to consider factors such as product specifications, types, budget, and intended use to ensure the best fit for your clinical needs.

1. Product specifications: Ensure that the guidewire meets the required specifications for your procedures, including length, diameter, and tip configuration. The PTFE coating should be smooth and consistent for optimal performance.
2. Product types: Choose between fixed or movable core wire options, and select the appropriate tip configuration ('J' or straight) based on the anatomical requirements of your procedures.
3. Budget considerations: Evaluate the cost of the guidewire in relation to your budget, keeping in mind that higher-quality products may offer better performance and durability, potentially reducing long-term costs.
4. Intended use: Consider the specific clinical applications for which the guidewire will be used, such as diagnostic angiography, interventional procedures, or neurovascular interventions. Ensure that the guidewire is suitable for the intended use.

Purchasing the PTFE Coated Angiographic Guidewire requires careful consideration of product specifications, types, budget, and intended use. By selecting the right guidewire for your clinical needs, you can ensure optimal performance and safety in your procedures.

When using the PTFE Coated Angiographic Guidewire, it is important to follow proper handling and usage guidelines to ensure patient safety and optimal performance.

1. Always inspect the guidewire for any signs of damage or defects before use. A damaged guidewire can compromise the safety and efficacy of the procedure.
2. Ensure that the guidewire is used within its sterilization validity period. Using an expired guidewire can increase the risk of infection.
3. Follow the manufacturer's instructions for proper insertion and navigation of the guidewire. Improper use can lead to complications such as vessel perforation or dissection.
4. Monitor the patient closely during the procedure for any signs of adverse reactions or complications. Prompt action can help mitigate potential risks.
5. Dispose of the guidewire properly after use, following local regulations for medical waste disposal. Improper disposal can pose environmental and health risks.

Using the PTFE Coated Angiographic Guidewire requires careful attention to handling, usage, and disposal. By following proper guidelines and precautions, you can ensure the safety and efficacy of the guidewire in your clinical procedures.