The BladderScan i10 bladder scanner by VERATHON

Description - The BladderScan i10 bladder scanner by VERATHON

The VERATHON-I10 is a medical device designed by Verathon. Constructed from highly durable materials, including resistance to disinfectants, this model offers practitioners proven reliability and durability. Its accuracy is estimated at plus or minus 7.5% for volumes greater than 100 milliliters. It features a large, tiltable, and height-adjustable screen, positioned on an aluminum column mounted on a rail with non-slip, silent wheels. The BladderScan i10 bladder scanner uses Verathon's ImageSens technology. This technology provides practitioners with greater fluidity in their diagnostics by offering the possibility of automatic measurements.

Robust Reliability for the Toughest Environments

The BladderScan i10 bladder scanner has been meticulously designed to excel in the demanding hospital setting, with robust construction and innovative design elements, such as:

• Made from specially formulated medical-grade materials, ensuring resistance to potent disinfectants.
• A fully sealed probe with an IPX4 rating, guaranteeing maximum protection.
• The console, equipped with IPX2 sealing, effectively protects electronics against drips.
• Eliminates the need for regular calibration, making maintenance easy.
• Includes CaliScan™ probe diagnostics for enhanced precision.
• Features both integrated charging and a user-replaceable battery, ensuring uninterrupted functionality.
• The probe is intelligently designed to withstand multiple drops from a height of 4 feet (1.22 meters).

Bladderscan i10: The Resilience Test

Experience the rigorous resilience test of the Bladderscan i10 probe. Verathon's Bladderscan i10 ultrasound system is renowned for its unwavering precision and proven durability. In this video, witness the ultrasound probe successfully withstand a 4-foot (1.22 meters) drop, in adherence to the strict MIL-STD-810H testing protocol. The probe consistently endures multiple drops onto a steel surface, showcasing its resilience from all angles, surfaces, and corners.