SureDry Scope Drying Cabinet w/ Dri-Scope Aid System. Stainless Steel w/ 36"W, Key Lock & 14 Scope Capacity

Capacity: up to 16 Scopes. Dimensions: 93"H x 24", 30", 36" or 44"W x 24"D. Hold & Dry Scopes of Various Sizes. High-Quality Steel w/ Tempered-Glass Double Doors. Positive Pressure Redundant Fan System for Drying. Replaceable HEPA Filter for Added Antimicrobial Feature. Dri-Scope Aid System for Internal Channel Drying . The Harloff SureDry Scope Drying Cabinet w/ Dri-Scope Aid System is a reliable equipment offering effective drying performance and secure scope storage for hospitals and surgical centers. Designed to meet or exceed guidelines from Joint Commission, AORN, SGNA, and AAMI, this cabinet ensures both regulatory compliance and operational excellence. High-Quality & Innovative. DEPENDABLE: This Harloff Drying Cabinet is constructed with heavy-duty steel material, has tempered-glass, hinged double doors for easy visibility of stored instruments, removable drip tray for simplified cleaning, a medical-grade electrical system, and standard dimensions of 93"H x 24"D, providing a spacious area for easy hanging and retrieval of scopes.DEFAULT DRYING: The cabinet features a positive pressure redundant fan system with upper intake fans and lower exhaust fan, wherein inside air is replaced 4 times per minute, ensuring consistent airflow for optimal drying. It has a default 90-min runtime, can be adjusted from 10 to 180 hours, and activates automatically each time the cabinet is closed, streamlining infection control protocols.UNIQUE DRI-SCOPE AID SYSTEM: The Dri-Scope Aid System is a unique cabinet accessory that allows effective and quick drying of the whole internal lumen/channels of a scope device. It features automatic high-pressure shutoff, visual purge time display, continuous venting cycle for overnight storage, self-adjusting pressure regulation, and universal compatibility with major endoscope brands.INNOVATIVE FILTRATION: A medical-grade HEPA filtration system captures 99.7% of particulates as small as 0.03 microns, maintaining a co