Key Benefits：

• Precise Torque：torque control for predictable navigation.

• Smooth Tracking：Highly flexible design ensures easy passage through tortuous anatomy.

• Low-Friction Performance:PTFE coating enhances lubricity and pushability, reducing resistance.

Key Benefits:

• Precise Torque:Provides a reliable rail for balloon, stent, and device delivery.

• Clear Visualization:Nitinol distal tip coil ensures excellent fluoroscopic visibility.

Key Benefits:

• Versatile for CTO/rular stenosis.

• Non-compliant (NC) design for  precise and controllable dilation.

• Excellent pushability for smooth passage through tortuous lesions.

• Clear radiopacity, accurate positioning, and high safety.

Key Benefits:

• High shaft stiffness with a pre-formed atraumatic tip straightens  tortuous vessels and prevents ventricular perforation, eliminating extra catheter exchanges.

• Integrated conductive core supports “acing-over-the-wire,”avoiding a separate RV temporary lead and cutting procedure time and cost.

• Sensor-integrated models provide real-time LV‒aortic pressure traces without additional devices, further streamlining workflow.
  

• Hydrophilic coating minimizes vascular trauma and enhances deliverability and safety
  

Product Features

This guidewire is designed for general intravascular use, including neurovascular and peripheral vascular procedures, to facilitate the placement of catheters at target lesion sites. 

N+ Cyclone™ Neuro Micro-Guidewire: Precision Engineering for Complex Navigation

The N+ Cyclone™ Neuro Micro-Guidewire features an integrated multi-component architecture engineered for precise and safe neurovascular navigation. Its distal end consists of a flexible, high-visibility platinum coil tip, which transitions smoothly via a multi-tapered stainless steel core to a robust proximal hypotube. This design ensures an optimal balance between atraumatic distal flexibility for delicate vessels and the strong, 1:1 torque-responsive support needed for controlled advancement. The distal segment is further enhanced with a hydrophilic coating, significantly reducing friction to facilitate smooth trackability through complex tortuous anatomy, while color-coded proximal handles ensure intuitive clinical operation.

Key Benefits:

This product is intended to create a pathway for interventional therapy, facilitating the introduction of diagnostic devices or therapeutic instruments into the neuro- and peripheral vascular systems. Distal access catheters are used in conjunction with guidewires, catheters, syringes, vascular sheaths, angiography devices.

Key Benefits:

Neurovascular microcatheters are applied in neurointerventional surgery to superselect microvessels for lesion angiographic diagnosis and targeted delivery of therapeutic materials.

Key Benefits:

• Deliverability:Low tip entry profile enables tight  tracking to the wire. Robust, flexible shaft design facilitates successful  navigation in tortuous vessels.

• Predictability:Balloon material and design allow for shape retention at  rated burst pressure. Focal pressure is exerted on the lesion for controlled, targeted treatment.

• Procedural efficiency:Balloon material and wall thickness permit reliable balloon  rewrap into the sheath. Rapid deflation time contributes to reduced occlusion time.