Cook G35551 Micropuncture Access Set – 21G Echogenic Needle, Nitinol Wire Guide, 5Fr Catheter

Cook G35551 Micropuncture Access Set – Stiffened Cannula with Nitinol Wire Guide

The Cook G35551 Micropuncture Access Set is a sterile, single-use vascular access device designed to help clinicians perform precise micropuncture procedures with enhanced control and visibility. This access set includes a stiffened cannula, nitinol wire guide with palladium tip, outer catheter, and echogenic needle, providing reliable performance during diagnostic and interventional procedures.

The system is commonly used in interventional radiology, vascular access procedures, and ultrasound-guided interventions, where accurate needle placement and atraumatic entry are essential.

Features:

• Sterile and disposable
• Stiffened cannula for easy insertion and stability
• Nitinol wire guide with palladium tip for atraumatic insertion and visibility under fluoroscopy
• Echogenic needle tip for enhanced visibility under ultrasound

Indications for use:

• Micropuncture of the kidney to collect fluid samples for analysis

Contraindications:

• Do not use in patients with known sensitivity to the materials of the device
• Do not use in patients with severe renal dysfunction
• Do not use in patients with uncontrolled bleeding disorders

Warnings and precautions:

• Use only with sterile technique
• Use only under the guidance of a qualified physician
• Do not use excessive force when inserting the needle
• Stop using the device if you experience any resistance or pain

Storage:

• Store at room temperature

Disposal:

• Dispose of the device in accordance with local regulations

Additional information:

The Cook G35551 Micropuncture Access Set is a safe, effective, and easy-to-use device that is well-suited for micropuncture procedures. The stiffened cannula provides stability during the procedure, while the nitinol wire guide with palladium tip ensures atraumatic insertion and visibility under fluoroscopy. The echogenic needle tip enhances visibility under ultrasound, making it easier to place the needle accurately.