STERILISATION DEVICE
Portable Handheld Ultraviolet Sterilisation Device
The device disinfects various surfaces in hotels, airport terminals, intercity bus stations, shopping centres and offices where people are likely to come into frequent contact with viruses and bacteria.
- CONTROLLED PROCESS
- TRACEABLE OPERATION
- SAFETY FIRST
Overview
Portable Handheld Ultraviolet Sterilisation Device
The device inactivates viruses and bacteria on surfaces using UV-C light.
The device is fitted with a portable carrying frame designed for surfaces that are frequently exposed to viruses and bacteria but are difficult to reach or are at a height.
The device features a button that allows it to be switched on and off manually.
It has a modular design that enables disinfection in areas where manual application is required.
The device is designed to accommodate the use of light sources suitable for UV-C radiation production, such as fluorescent tubes and LEDs.
All the electrical and electronic circuits and other components required to fulfil the invention’s purpose are positioned in appropriate locations within the device’s chassis.
The device’s chassis has a body structure that is impact-resistant. This body may be made from any material suitable for its purpose and which will not adversely affect the device as a whole.
There is an LED display showing information regarding the device’s status.
The device is fitted with indicator lights that alert both the user and the system when the device is operating efficiently, as well as different indicator lights that alert both the user and the system in the event of any fault and/or malfunction.
The device is fitted with a portable carrying frame designed for surfaces that are frequently exposed to viruses and bacteria but are difficult to reach or are at a height.
The device features a button that allows it to be switched on and off manually.
It has a modular design that enables disinfection in areas where manual application is required.
The device is designed to accommodate the use of light sources suitable for UV-C radiation production, such as fluorescent tubes and LEDs.
All the electrical and electronic circuits and other components required to fulfil the invention’s purpose are positioned in appropriate locations within the device’s chassis.
The device’s chassis has a body structure that is impact-resistant. This body may be made from any material suitable for its purpose and which will not adversely affect the device as a whole.
There is an LED display showing information regarding the device’s status.
The device is fitted with indicator lights that alert both the user and the system when the device is operating efficiently, as well as different indicator lights that alert both the user and the system in the event of any fault and/or malfunction.
Technical Specifications
Features of the Portable Handheld Ultraviolet Sterilisation Device
Physical Characteristics
- Durable outer casing
- Most
- 625 mm
- Height
- 105 mm
- Depth
- 365 mm
- Weight
- 7.5 kg
- Different body options
Hardware
- Emergency system
- Visual tracking system
- Ability to work 24/7
- Safe sensor technology.
- Remote monitoring feature
Software
- Software system
- Service and maintenance warning system
- Alarm and fault notification system
Link
- Wired / wireless communication
- Remote monitoring system
- Extended alarm monitoring system
- Access via tablet, mobile phone and computer
Performance
- Ability to adapt to different application devices
- Cleaning effectiveness proven through laboratory testing
- Auto-shut-off feature when not in use for a long time to save energy
- Self-cleaning function
- Reporting on the average number of visitors per year, month and day
Areas of Application
- Airport hubs
- Shopping centres
- Business centres
- Bus stations
- Health centres
Related Products
Other systems on the platform.
Let’s work together to determine the right configuration for the portable handheld ultraviolet sterilisation device.
Tell us about your environment and workflow; our team will suggest the most suitable solution.