Precision at 0.01mm: Nitinol Microwire for Micro-Engineering Excellence

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Ultra-Fine Nitinol Microwire – 0.01mm Diameter

Our ultra-fine Nitinol Microwire with a minimum diameter of 0.01mm is designed for precision-critical applications in medical, electronic, and aerospace fields. This wire combines shape memory, superelasticity, and biocompatibility—all at a micro-scale.

Key Features:
  • Minimum Diameter: 0.01mm (10 microns) for ultra-compact designs

  • Shape Memory Effect: Returns to its original form when heated

  • Superelasticity: High flexibility with instant recovery

  • Biocompatible: Safe for use in medical and implantable devices

  • Fatigue Resistant: Withstands millions of bending cycles

  • Customizable: Adjustable transformation temperature upon request

Description

Precision at 0.01mm: Nitinol Microwire for Micro-Engineering Excellence
Revolutionize the Micro World with Nitinol Microwire

We proudly present our advanced Nitinol Microwire, meticulously designed to drive innovation in next-generation micro-scale devices. Crafted from high-grade Shape Memory Alloy (SMA), this ultra-fine 0.01mm wire unlocks possibilities in medical, aerospace, MEMS, and consumer electronics. Its unmatched flexibility, durability, and biocompatibility make it the go-to solution for micro-engineering breakthroughs.


What Is Nitinol—and Why Is It Game-Changing?

Nitinol is a smart alloy made from nickel (Ni) and titanium (Ti), celebrated for two unique properties:

  • Shape Memory Effect: When deformed at low temperature, it returns to its original shape when heated.

  • Superelasticity: It can bend significantly and recover instantly at body temperature without permanent deformation.

These characteristics allow our Nitinol Microwire to deliver high performance under extreme micro-scale demands.


Why Choose Our 0.01mm Nitinol Microwire?

We specialize in ultra-fine Nitinol Microwire, with a precision diameter of 0.01mm (10 microns)—perfect for compact, high-performance systems. Key advantages include:

  • Extreme Thinness: Unmatched access to tiny anatomical or mechanical spaces.

  • Superior Superelasticity: Flexible under stress, yet instantly rebounds to form.

  • Consistent Shape Memory Response: Repeatable performance with thermal actuation.

  • Biocompatibility: Meets ISO 13485 and ASTM F2063 for safe medical use.

  • Exceptional Fatigue Resistance: Withstands millions of cycles without failure.

  • Reliable Manufacturing: Tight tolerance, consistent diameter, smooth surface finish.


Where Nitinol Microwire Shines

Medical Microwire Applications

  • Ultra-thin guidewires for navigating microvascular systems

  • Precise micro-stents for neurovascular procedures

  • Tiny electrodes and sensors for neural interfaces

  • Micro-scale actuators in drug delivery systems

Minimally Invasive Surgery (MIS)

  • Super-flexible tools for microsurgery

  • Complex, bendable parts for laparoscopic instruments

MEMS & Micro Robotics

  • Micro switches, actuators, and sensors

  • Reliable, reversible motion systems in small spaces

Consumer Electronics

  • Micro-actuators in smartphone cameras

  • Precision haptics and tiny mechanism components

Aerospace & High-Tech Micro-Engineering

  • Deployable mechanisms in miniature satellites

  • Compact control elements in ultra-light assemblies


Nitinol Microwire: Your FAQs Answered

Q: What sets your 0.01mm wire apart?
A: Its rare combination of superelasticity, shape memory, and extreme thinness—produced with reliable precision.

Q: Do you offer other diameters?
A: Yes! We manufacture a full range of custom Nitinol wire sizes to meet your exact application needs.

Q: Is it safe for the human body?
A: Absolutely. We use high-purity materials and validated processes to meet international medical standards.

Q: Is the wire functional at room or body temperature?
A: The superelastic behavior works at body temperature. Shape memory activates with thermal input.

Q: How durable is the microwire?
A: It offers excellent fatigue life—lasting through millions of motion cycles in high-stress applications.

Q: Can you tailor transformation temperatures?
A: Yes. We adjust the Ni-Ti ratio to fine-tune actuation temperature as required by your system.

Q: How is quality ensured?
A: Each batch undergoes strict testing for diameter precision, mechanical properties, surface finish, and transformation performance.


Lead the Future in Micro Solutions with Nitinol Microwire

The demand for micro-scale innovation is surging. Whether you’re building life-saving devices or space-ready components, our 0.01mm Nitinol Microwire gives you the performance edge. Partner with our expert team to access consistent quality and unrivaled micro-engineering potential.

Stop imagining the future—start engineering it. Contact us now to learn how our Nitinol Microwire can help transform your next project.

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Haolu Technology

We are located in Jiangyin City, Jiangsu Province, China. Forover 10 years, we have been forging ahead on the path of nickel titanium,providing one-stop solutions from processing nickel titanium medical mate-rials to assembling nickel titanium precision components.
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Contact

No.727,Zhencheng Road Jiangyin City,
Jiangsu Province,China 214442
+86-18168918705
+86-15961680063
jyxiangfeng@gmail.com

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