Brief: In this video, we take a focused look at the specifications and what they mean in practice for the Blue Ivory Green Cleanroom Glass Door. You'll see a detailed walkthrough of this hygienic automatic sliding glass door designed for hospitals and cleanrooms, including its GMP-compliant design, durable motor system, and advanced safety features in action.
Related Product Features:
GMP-compliant and medical-grade design suitable for operating rooms, ICU, and isolation wards.
Durable and silent motor system with a high-efficiency brushless DC motor rated for over 1,000,000 cycles.
Modern flush glass panel with 8mm tempered safety glass for easy cleaning and reduced contamination risk.
Customizable steel frame made from high-quality galvanized steel with a durable powder-coated finish.
Multiple access options including elbow switch, foot sensor, password input, and facial recognition.
Advanced safety sensors with infrared anti-collision detection for automatic reverse movement.
Adjustable opening and closing speeds ranging from 25-500mm/s for flexible operation.
Available in customized sizes, colors, and functions to suit specific hospital and cleanroom requirements.
FAQs:
What environments are these automatic glass doors suitable for?
These doors are designed for critical environments such as hospitals, cleanrooms, and medical laboratories where strict hygiene and operational reliability are essential, including operating rooms, ICU, and isolation wards.
What safety features are included to prevent accidents?
The doors are equipped with advanced infrared anti-collision sensors that detect obstructions and trigger automatic reverse movement, preventing injury and ensuring safe operation.
Can the door size and color be customized?
Yes, the door is available in customized sizes and colors. Standard widths include 900mm, 1000mm, and 1100mm, and heights from 2000mm to 2200mm, with further customization options for color and function.
What access methods are supported for hands-free operation?
The door supports multiple hygienic access methods including elbow switch, foot sensor, password input, and facial recognition, all designed for contact-free use in sterile environments.