Nitinol MOE Guide for Neurovascular Precision Nitinol Guide Wire

Nitinol MOE Guide: Optimized Performance for Neurovascular Procedures

The Nitinol MOE Guide is engineered to meet the highest standards in neurovascular navigation. Made from a specially treated nickel-titanium alloy, this guidewire offers a rare combination of superelasticity and shape memory. Thanks to its Mechanically Optimized Elasticity (MOE), the wire bends effortlessly through tortuous pathways while resisting kinks or deformation. As a result, clinicians gain greater control and reliability during even the most complex procedures.

Versatile Size Range for Various Applications

The Nitinol MOE Guide is available in diameters from 0.010 to 0.035 inches.

• Micro sizes (0.010–0.014 in): Ideal for navigating cerebral arteries and compatible with microcatheters.

• Standard sizes (0.018–0.035 in): Provide extra pushability for peripheral or tortuous anatomy.
  Custom diameters are also available for device integration or unique anatomical needs.

Clinical Applications and Benefits

This high-performance guidewire is essential for a wide range of neurovascular and peripheral procedures:

• Stroke Thrombectomy: Enables safe and precise access to occluded vessels.

• Aneurysm Embolization: Guides coils or stents to the target site with confidence.

• Carotid Stenting: Ensures stable and accurate stent delivery.

• Diagnostic Angiography: Navigates complex vasculature efficiently for imaging.

Thanks to its optimized torque control and flexibility, the Nitinol MOE Guide also supports cardiac and peripheral vascular access.

Built for Safety, Precision, and Customization

• Patient-Centric Design:
  Biocompatible coatings meet ISO 10993 standards. Smooth transitions between sections reduce the risk of trauma during advancement or withdrawal.

• Precision Engineering:
  Tapered tips and multi-zone stiffness improve steerability. Radiopaque markers enhance visibility under fluoroscopy.

• Custom Configurations:
  Choose from custom lengths, tip shapes, or stiffness levels. We work with hospitals and device developers to meet protocol-specific needs.

Reliability, Cost Efficiency, and Sustainability

• Quality Guaranteed:
  Every batch is tested for tensile strength, fatigue life, and corrosion resistance. Certifications include ISO 13485 and FDA compliance.

• Cost-Saving Design:
  Durable enough for multiple diagnostic uses, helping hospitals reduce per-use costs and simplify inventory.

• Eco-Friendly Production:
  Energy-efficient laser cutting and recyclable nitinol contribute to sustainable healthcare practices.

Contact us today for technical specs, customization options, or clinical samples.

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