Boston Scientific M0061752600 Percuflex Plus Ureteral Stent | HydroPlus Coating | 6 French Outer Diameter | 20 cm Length | Fluid Channel Research Component | New

Expiration: 2027/05/03

The Boston Scientific M0061752600 (175-260) Percuflex Plus Ureteral Stent with HydroPlus coating is a high-performance polymer drainage and micro-channel bypass tubing designed for structural fluid routing, pressure equalization, and flow resistance testing. Featuring a 6 French outer profile, a 20 cm body length, and a firm yet flexible elastomer composition with high-retention end coils (pigtails), this component maintains structural integrity and coil shape under compressive tortuous routing setups. The integrated HydroPlus lubricious surface layer drastically reduces friction coefficients when hydrated, enabling smooth passage through narrow entry ports and fluidic test chambers. This product serves as an excellent component for micro-fluidic modeling, bio-materials research, hydraulic flow testing, and educational demonstration assemblies.

Product Details

• Brand / Manufacturer: Boston Scientific®
• Part / Catalog Number: M0061752600 (175-260)
• Product Line: Percuflex™ Plus
• Product Type: Micro-Drainage Channel / Flexible Polymer Tubing
• Tubing Sizing: 6 French (6 Fr Outer Diameter)
• Length: 20 cm
• Surface Treatment: HydroPlus™ Lubricous Coating
• Coil Architecture: Dual High-Retention End Pigtails
• Body Markings: Graduated Circumferential Distance Indicators (Every 5 cm)
• Quantity Included: 1 Unit (or per selected listing variation)
• Unit of Measure: 1 Each (1/EA)
• Application: Micro-fluidic flow testing, tortuous path routing studies, polymer surface lubricity testing, laboratory research, and technical instruction
• Condition: Brand New — Unused, factory sealed in original manufacturer packaging.

Key Features

• Firm polymer formulation ensures column strength to resist buckling or kink collapse during insertion
• HydroPlus lubricious coating activates when wet to minimize surface friction within narrow housings
• High-retention coil geometry resists shape displacement and maintains position under fluid flow
• Graduated 5 cm depth markings provide clear visual verification of positioning depth
• Tapered tip design facilitates smooth entrance into tight aperture ports and mechanical channels