Nitinol Tube for Medical & Industrial Applications

Description

Discover the Power of Nitinol Tubing

Our Superelastic Nitinol Tube (1.5mm ID × 1.9mm OD) combines strength and flexibility in a way few materials can. This shape memory alloy tube stands out in medical, aerospace, and precision engineering because it bends easily, springs back to its original shape, and holds up well under stress. That’s why it’s trusted for cutting-edge devices and many different nitinol applications.

What is a Shape Memory Alloy Tube?

Shape Memory Alloys (SMAs), such as the widely used Nitinol, possess a unique ability: they remember their precise original form. When exposed to heat, these remarkable metals recover their initial shape completely—even after significant deformation. This core characteristic is known as the Shape Memory Effect. Moreover, Nitinol exhibits exceptional superelasticity, allowing the alloy to undergo substantial bending or stretching without permanent damage, then return perfectly to its starting configuration. In essence, it combines extreme flexibility with inherent metal strength. Importantly, this superelastic behavior works effectively without added heat, especially at temperatures close to that of the human body. These combined traits explain why Nitinol dominates many medical device applications.

Superelastic Nitinol for Medical Devices and Precision Instruments

Our tubes are manufactured exclusively from the highest-quality Superelastic Nitinol. Compared to regular metals, this material tolerates much greater bending and twisting, which is crucial for critical applications such as catheters, guidewires, and orthopedic tools.

Diameter Range Matters for Advanced Applications

Featuring a 1.5mm internal diameter and 1.9mm external diameter, this tube fits various applications.Such a size fits many essential applications. Given its small profile, it plays a key role in minimally invasive procedures. Additionally, we offer various diameters to meet specific design needs. This 1.5mm x 1.9mm size perfectly balances strength and flexibility, providing enough space inside for wires or fluids while keeping the outer profile slim and maneuverable.

Nitinol Applications Driving Innovation

• Medical Guidewires & Catheters: These tubes enable smooth navigation of intricate vascular pathways, providing both strength and precision.

• Stent Delivery Systems: They allow precise stent placement, with resilience that adapts to complex anatomy.

• Robotic Surgery & Laparoscopic Tools: Nitinol tubing supports precision movement in constrained spaces, enhancing surgical safety and effectiveness.

• Orthopedic Instruments: Devices such as staples and clamps regain shape to promote enhanced bone healing.

• Dental Instruments: Files and probes bend easily to conform to the natural curvature of root canals.

• Micro‑Actuators & Robotics: Precise and silent motions for micro-grippers and valves are made possible by Nitinol tubes.

• Fluid Delivery Systems: Even when sharply bent, these tubes maintain open flow channels.

• Aerospace & Defense Applications: Components remain reliable and precise under extreme temperature and vibration conditions.

• Consumer Electronics and Eyewear: Frames with excellent resilience and precise connectors maintain their shape even after bending.

Why Choose Our Superelastic Nitinol Tube?

We prioritize manufacturing precision Nitinol tubing with consistent quality. Accordingly, our product facilitates building devices that combine reduced size with enhanced intelligence and reliability.It pushes the boundaries of medical treatment and industrial design, transforming the amazing science of Nitinol into practical, real-world solutions.

Unlock the Potential of Nitinol

Explore the future of engineering and medical innovation with our superelastic Nitinol tube. Its performance surpasses traditional materials, empowering the creation of advanced medical devices, precision robotics, and aerospace components. Harness the combined power of shape memory and superelasticity for your next breakthrough application.

 

•Pipe specification

Inside dimensions(mm)	Wall thickness(mm)	Tolerance range(mm)	Length(mm)
9-4	4-0.5	±0.035	500
4-2	0.5-0.2	±0.035	500
2-1	0.3-0.15	±0.020	1000+
1-0.5	0.2-0.1	±0.010	1000-2000
0.5-0.25	0.1-0.05	±0.005	1000-2000

 

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