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Haolu Technologyis located in Jiangyin City, Jiangsu Province, China.

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No.727,Zhencheng Road Jiangyin City,Jiangsu Province,China 214442

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Nitinol Guide Pin – Precision Shape Memory Alloy Alignment

COPE Nitinol Mandril Wire Guide
Flexibility. Strength. Shape Memory.

A high-performance wire guide engineered for complex medical navigation. Built with premium Nitinol for superior handling and safety.

Key Benefits:

  • ✅ Flexible navigation through tortuous anatomy

  • ✅ Kink-resistant with superelastic Nitinol core

  • ✅ Shape memory for consistent device control

  • ✅ Compatible with MRI and standard sterilization

  • ✅ Available in multiple precision diameters

Ideal for cardiology, radiology, vascular access, and urology procedures.

Nitinol Guide Pin: Precision Shape Memory Alloy for Critical Alignment

The Smart Advantage of Nitinol

Our premium nitinol guide pin delivers unmatched precision and reliability, engineered for demanding applications. Made from a nickel-titanium alloy known as Nitinol, it offers two extraordinary properties — superelasticity and the shape memory effect — making it ideal for high-precision industries.

Applications Across Industries

  • Medical Devices – Perfect for stents, surgical tools, and orthodontics thanks to excellent biocompatibility.

  • Guidewires & Catheters – Navigates delicate channels without kinking, maintaining shape memory.

  • Aerospace & Robotics – Provides precise motion in actuators and couplings, triggered by temperature changes.

  • Industrial & Consumer Goods – Adds fatigue resistance to eyeglass frames, safety releases, and connectors.

precision medical-grade nickel titanium flat wire strip        Shape-memory-alloy-wire-used-in-eyeglasses-temperature-sensitive-switches-and-flexible-smartphone-antennas

Nitinol Guide Pin vs. Guidewire

While guidewires are thin and highly flexible for navigation, the nitinol guide pin is rigid or semi-rigid, ensuring exact positioning and alignment during assembly or machining. Its dimensional stability, superelastic recovery, and kink resistance make it essential in precision manufacturing.

Manufacturing Excellence

  1. Material Selection – High-purity nickel and titanium melted under strict conditions.

  2. Forming – Drawing or machining to achieve precise diameters and lengths.

  3. Heat Setting – Programming shape memory via controlled heating and quenching.

  4. Surface Finishing – Polishing, etching, or coating for smooth operation and corrosion resistance.

  5. Quality Testing – Verifying dimensions, mechanical strength, and memory performance.

Activation Process

Bend the guide pin at room temperature, heat it to its activation point (often near body temperature), and watch it return to its original form without external force.

Why Choose Our Nitinol Guide Pin

  • Exact alignment every time

  • Superelastic recovery under load

  • Fatigue resistance for millions of cycles

  • Shape memory for complex assembly challenges

  • Biocompatible and corrosion-resistant options

Achieve superior alignment with our Nitinol Guide Pin — combining advanced engineering with unmatched precision.Contact us today to discuss your requirements.

 

Expert Guidance: 24/7 support

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East Asia Region:nitinolwire.com

Europe Region:nitinolmetal.com

US Region:nitinolalloy.com

Mid East Region:getnitinol.com

 

Explore More Nitinol Solutions

Looking for related products? Discover our full range of high-performance Nitinol components:

Medical device applications using superelastic nitinol wire

High-precision Nitinol tube from top Nitinol tube manufacturers

superelastic nitinol rope for medical devices

 

These advanced Nitinol materials are engineered for performance, precision, and durability across demanding fields.

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