Boston Scientific M0061752530 Percuflex Plus Ureteral Stent | HydroPlus Coating | 4.8 French Outer Diameter | 26 cm Length | Fluid Channel Research Component | New

The Boston Scientific M0061752530 (175-253) Percuflex Plus Ureteral Stent with HydroPlus coating is a slim-profile, extended-length micro-drainage channel and flow bypass tube engineered for precision fluid routing, pressure relief modeling, and surface lubricity testing. Featuring a 4.8 French outer profile, a 26 cm length, and a firm yet flexible polymer composition with high-retention end coils (pigtails), this component maintains superior column strength for navigation through tight or tortuous housings while preserving structural shape memory. The integrated HydroPlus lubricious surface layer significantly lowers friction coefficients when hydrated, ensuring smooth tracking through complex test pathways. This product serves as an ideal component for micro-fluidic testing, bio-material flow evaluation, polymer surface research, and technical instructional displays.

Product Details

• Brand / Manufacturer: Boston Scientific®
• Part / Catalog Number: M0061752530 (175-253)
• Product Line: Percuflex™ Plus
• Product Type: Micro-Drainage Channel / Slim Polymer Tubing
• Tubing Sizing: 4.8 French (4.8 Fr Outer Diameter / ~1.6 mm)
• Length: 26 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

• Slim 4.8 Fr profile combined with an extended 26 cm body allows fluid routing through narrow, elongated conduits
• HydroPlus lubricious coating activates upon hydration to minimize surface resistance
• Firm polymer formulation ensures high column pushability to prevent buckling or kink collapse during insertion
• High-retention end coil geometry holds shape stability under fluid movement and mechanical vibration
• Graduated 5 cm depth markings allow precise visual measurement and position tracking during placement