Analyse Ruhof Corporation. de la part de marché pour novembre 2025

Item No. CR001 The CleanRead™ Contamination Monitoring System offers a quick, reliable way to detect contamination. This system is crucial for ensuring cleanliness across your healthcare facility. In just 15 seconds, CleanRead™ Handheld device verifies the effectiveness of cleaning protocols on non-critical surfaces, surgical instruments, and endoscopes.By detecting Adenosine Triphosphate (ATP), found in various cells including human, animal, plant, bacteria, yeast, and mold cells, the system identifies residues like blood and bioburden, which contain significant ATP levels. After cleaning, ATP levels should notably decrease. The CleanRead™ Surface ATP Detection Swab captures ATP and, when in contact with a luciferase/luciferin reagent in the swab tube, emits light proportionate to the ATP amount. Placing the swab in the CleanRead™ Handheld unit measures the emitted light, displaying contamination levels within 15 seconds. Through Wi-Fi sync, results can be tracked on the web portal, offering comparison charts, color trend analysis graphs, and reports. This system greatly assists Sterile Services Managers, OR Managers, GI Managers, Infection Control Teams, Environmental Service Managers, and Engineers in maintaining workplace hygiene, identifying issues, and satisfying regulatory requirements effectively. Common applications and features The CleanRead™ Contamination Monitoring System assesses contamination in various areas of a care facility. The handheld device checks cleanliness in washer-disinfectors, exam and operating rooms, restrooms, waiting areas, counters, bed-rails, BP cuffs, toilets, faucets, handrails, beds, computers, and more, crucial for patient and staff health. Smart Handheld Mobile Platform For portability throughout the facility 5-inch Touch Screen for easy operability of the device with gloves. Cloud Based User Friendly Interface is easy to navigate via Wi-Fi Connectivity. Offline Mode works with no internet connection; Data auto syncs to th