Description
Superelastic Nitinol Hypodermic Tubing – 0.3mm x 0.1mm Micro Precision
Discover Advanced Nitinol Hypodermic Tubing Technology
Introducing our Superelastic Nitinol Hypodermic Tubing, precisely engineered with a 0.3mm outer diameter and a 0.1mm inner diameter. This ultra-fine Nickel Titanium alloy tube combines extraordinary flexibility, strength, and shape recovery. Manufactured from superelastic Nitinol, it bends, twists, compresses—and instantly returns to its original shape without kinking or deformation. Ideal for applications where precision and reliability are critical, this tubing performs like a microscopic spring you can count on.
Engineered for Performance and Precision
Why settle for conventional metal tubing when superelastic nitinol hypodermic tubing offers unmatched mechanical performance? We carefully control the alloy composition and thermo-mechanical processing to guarantee reliable superelastic behavior. Each tube meets ASTM F2063 standards to ensure biocompatibility and consistency across batches.
With 0.3mm OD and 0.1mm ID, this tubing delivers exceptional dimensional accuracy—making it the perfect micro-channel for delicate medical, scientific, or industrial uses.
Ideal Applications for Superelastic Nitinol Tubing
Medical Guidewires & Catheters
Delicate vascular navigation demands kink-free flexibility. Our nitinol hypodermic tubing delivers superior torque control and pushability, reducing patient risk and enhancing physician confidence.
Minimally Invasive Surgical Tools
Micro-cannulas and flexible actuation elements benefit from our tubing’s ability to flex around tight anatomical curves without failure.
Neurovascular Devices
In stroke or aneurysm procedures, our tubing enables safe, controlled navigation through the brain’s intricate vascular system.
Endoscopic Instruments
Designed for resilience inside scopes, it safely delivers tools, sensors, or fluids through gastrointestinal and urological pathways.
Microfluidic Systems
Use our nitinol tubing as a superelastic conduit in lab-on-chip platforms, fluid analyzers, or sensor arrays where stability and flexibility under motion are crucial.
Small-Scale Robotics & Actuation
Need a miniature, fatigue-resistant component that always returns to its shape? This tubing handles precise linear or bending motion in micro-robots or surgical automation.
Implant Delivery Systems
Stents and embolic devices need a flexible, shape-retaining sheath. Our tubing provides a reliable deployment channel with excellent kink resistance.
What Makes Nitinol So Unique?
Nitinol, or Nickel Titanium alloy, is famous for two transformative properties:
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Shape Memory Effect (SME): Bend it cold, heat it gently, and it reverts to its original form.
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Superelasticity (SE): Deform it at room temperature, and it instantly springs back once stress is removed.
Our hypodermic nitinol tubing takes full advantage of SE, enabling devices to bend dramatically and recover instantly—no heat required.
Safe, Certified, and MRI-Compatible
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Biocompatibility: Fully tested to meet ASTM F2063 and ISO 10993 for safe use in medical environments.
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MRI Safe: Low magnetic signature ensures minimal interference during scans.
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Fatigue Resistance: Survives countless flex cycles without cracking or losing integrity.
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Consistent Force Delivery: Maintains steady pressure over long ranges—ideal for therapeutic and diagnostic tools.
Your Trusted Partner for Precision Nitinol Solutions
We manufacture our superelastic nitinol hypodermic tubing to the highest standards of dimensional precision and surface finish. Every batch undergoes strict quality inspections, full traceability, and comes with material certifications.
Whether you’re developing life-saving medical devices, advanced micro-fluidic systems, or micro-scale robotics, our tubing delivers unmatched performance and reliability.
•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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