AM-ZXC-II (SG) ULTRAVIOLET RAY STERILIZATION TROLLEY

Purpose

Especially applied to air sterilization to all sorts of sanitary medical units or departments, scientific research units, pharmaceutical and food-process industry etc.

Features

Either single-lamp or double-lamp structure is adopted. Arm angle can be adjusted. In order to protect pipes from dust and damage, please leave protection door shut while it doesn’t work.

Timer can be set 60 minutes for sterilization. Once it is finished, buzzer rings, circuit breaks down and pipe extinguished.

Do circuit test to make sure there is no leakage prior to application

Main Technical Specifications

Unleash its dual-pronged disinfection power:

• 99.999% Germicidal Power: High-intensity UV-C rays eliminate germs from both air and surfaces, creating a safer environment for hospitals, offices, and public spaces.
• 360° Air & Surface Coverage: Dual UV-C lamp design ensures comprehensive disinfection, reaching even hidden corners and crevices.
• Mobile Convenience: Rolling trolley design allows for easy movement and disinfection across various locations.
• Adjustable Height: Customize exposure height for both targeted surface disinfection and effective air purification.
• Ozone Function: Choose the optional ozone mode for deeper sterilization and odor removal.
• Safety First: Motion sensor and auto shut-off features prioritize user safety.
• Long-Lasting Performance: Durable UV-C lamps offer extended lifespan and reliable effectiveness.

Perfect for:

• Hospitals & Clinics: Maintain critical hygiene standards in patient rooms, operating theatres, and waiting areas.
• Offices & Public Spaces: Ensure healthy air and surfaces in lobbies, conference rooms, and common areas.
• Schools & Daycares: Create a cleaner environment for children by sanitizing classrooms, playgrounds, and shared spaces.
• Hotels & Transportation: Enhance hygiene protocols in guest rooms, lobbies, and travel vehicles.
• Event & Catering Businesses: Guarantee clean air and surfaces for safe food handling and event environments.