Intended Use

PTFE- coated guidewire with a stainless- steel core, designed for smooth, safe and efficient placement of diagnostic and therapeutic devices such as catheters during minimally invasive procedures.

Key Features

• PTFE coating provides a smooth surface for safe and efficient placement.
• Flexible tip minimizes trauma to the urinary tract.
• Supports controlled navigation and accurate device placement.
• Suitable for guidewire- assisted catheter and device exchange applications.

Intended Use

Designed to facilitate smooth access and navigation within the urinary tract and assist in placement, replacement and exchange of urological devices.

Key Features

• Hydrophilic coating reduces surface friction when hydrated.
• Flexible tip supports atraumatic navigation.
• Radiopaque construction/tip supports fluoroscopic visualization.
• Suitable for access and device- exchange procedures.

Intended Use

Designed for smooth access and navigation within the urinary tract, aiding placement, replacement and exchange of medical devices during urological procedures.

Key Features

• Nitinol core with striped jacket for enhanced visual feedback and handling.
• Flexible tip minimizes trauma.
• Radiopaque tip supports accurate positioning under fluoroscopy.
• Designed for controlled navigation through the urinary tract.

Intended Use

Urological guidewire designed to provide controlled access and navigation through the urinary tract and assist in placement, replacement and exchange of urological instruments.

Key Features

• Kink-resistant Nitinol core for flexibility and control.
• Striped PTFE jacket provides visual feedback and torqueability.
• Blue-and-white pattern improves endoscopic visualization.
• Radiopaque distal tip supports fluoroscopic confirmation.
• Low-friction distal coating is used in comparable Zebra designs.

Intended Use

Super- stiff guidewire designed to provide additional strength and stability during catheter placement and exchange, particularly where strong shaft support is required.

Key Features

• Flat- wire outer construction provides a larger inner core and increased shaft rigidity.
• PTFE coating reduces friction during device advancement.
• Soft, atraumatic flexible tip supports controlled advancement.
• Available in multiple tip styles and lengths.
• Suitable where enhanced support and stability are required.

Intended Use

Guidewire configuration using a low- friction, non- hydrophilic surface intended to support device passage and controlled navigation. Hydrophobic/non- coated wire designs are used where a lubricious hydrated coating is not required.

Key Features

• Low- friction surface supports device advancement and handling.
• Can be constructed with stainless- steel or Nitinol core depending on design.
• Fixed and movable core configurations are available in the broader guidewire market.
• Straight, angled and J- tip configurations can be offered depending on model.
• Radiopaque distal construction can support fluoroscopic positioning.

Intended Use

Urological Cobra guidewire configuration designed to assist controlled access and navigation through the urinary tract, particularly where a shaped distal profile can help negotiate anatomy.

Key Features

• Cobra- shaped distal configuration supports directional navigation.
• Nitinol construction can provide kink resistance and torque control.
• Hydrophilic coating is used in comparable Cobra Nitinol urology guidewires.
• One stiff and one flexible tip configuration is available in comparable product families.
• Available in multiple diameters, lengths and tip configurations depending on manufacturer.