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Coil reinforced tubing is reinforced with a spiral-shaped wire or coil. The wire or coil is typically made of stainless steel, although other materials can be used as well, and is embedded within the wall of the tubing. The purpose of the reinforcement is to improve the tubing's properties, such as burst strength, kink resistance, pressure holding capacity, crushing, and collapse, while still allowing the tubing to bend and flex during use.

Customization Capability

▶ Value-Added Capabilities: Tip Bonding, Hole Punching, Drilling, Thermo-Forming, Luer attached, and Braid Termination

Benefits & Applications
What are the benefits & applications for Coil Reinforced Tubing in medical procedures?

01 APPLICATIONS

▶ Coil reinforced tubing can be used in advanced catheter delivery systems, flexible catheter steering assemblies, high-pressure catheter tubing, durable catheter sheaths, and precision stent delivery devices. For example, vascular access, cardiovascular procedures, infusion pumps, blood pressure monitoring, endoscopy, urology and interventional radiology.

02 What is the difference between Coil and Braided Reinforced Tubing?

▶ Coil reinforced tubing is reinforced with a spiral-shaped wire or coil that is embedded within the wall of the tubing, while braided reinforced tubing is reinforced with a braid or mesh of fibers or wires that is applied to the surface of the tubing.

 

▶ Another difference is the pattern of reinforcement. In coil reinforced tubing, the wire or coil is typically laid out in a continuous spiral along the length of the tubing. In braided reinforced tubing, the fibers or wires are woven in a specific pattern, such as a diamond or herringbone pattern, to provide the desired level of reinforcement.

03 When should you choose Coil Reinforced Tubing?

▶ The choice of reinforcement method depends on the specific requirements of the medical device or procedure. Coil reinforced tubing is generally more flexible and better suited for applications where kink resistance and flexibility are critical, such as endoscopy or urology. Braided reinforced tubing, on the other hand, provides higher burst pressure resistance and is often used in high-pressure applications, such as vascular access or infusion pumps.