Boston Scientific M0062251220 UroMax Ultra Kit w/ Encore 26 Inflator Baloon Dilation Catheter Kit 18F x 4cm

Boston Scientific M0062251220 UroMax Ultra Kit w/ Encore 26 Inflator Baloon Dilation Catheter Kit 18F x 4cm

• Model: M0062251220 Boston Scientific
• 18F x 4cm
• Recommended Guidewire: 0.038 in.
• Rated Burst Pressure: 20 atm

This medical supply or implant item is securely packaged within its original manufacturer's packaging, which remains undamaged. The inner and outer packaging is intact, ensuring the product's integrity and suitability for medical use.

1. Design & Technical Specifications

The UroMax Ultra catheter is a high-pressure, non-compliant balloon dilation catheter designed specifically for radial dilation of urethral or ureteral strictures to facilitate the insertion of larger instruments. In the 18 F × 4 cm configuration, it features a 4 cm-long balloon and an 18 French outer diameter, resulting in a 5.8 Fr shaft with a 75 cm working length. The balloon utilizes a Quadra-Fold design, allowing for a low-profile configuration that improves navigation through narrow or tortuous tracts.

2. Performance & Key Features

Constructed for strength and control, the balloon sustains inflation pressures up to 20 atm, enabling dilation of tight strictures while maintaining its nominal diameter. A HydroPlus™ coating reduces friction during both advancement and withdrawal. The catheter also includes radiopaque marker bands for precise balloon positioning under fluoroscopy and a kink-resistant, tapered shaft to aid passage through convoluted anatomy.

3. Kit Contents & Clinical Advantages

The M0062251220 variant is supplied as a complete kit, pairing the UroMax Ultra balloon catheter with the Encore 26 inflator, a 20 mL high-pressure inflation device equipped with a clear analog pressure gauge and one-step locking latch. This setup delivers clinicians precision inflation control and safety during procedures. The catheter is indicated for ureteral or urethral dilation and can help reduce the need for sequential rigid dilators, potentially streamlining cases and lowering procedural risks