Making sure to do door handle cleaning is a great way to limit the spread of bacteria from person-to-person, so the 'Swipe' device makes it easier to perform. Designed by James Riley, the 'Swipe' device works by being placed onto cylindrical door handles and slid from one side, to the other. This allows disinfecting solution to be spread along the portion of the handle that is touched by everyone to help eliminate surface germs immediately.
The 'Swipe' door handle cleaning device is a great solution for use in hospitals and other public spaces where health is a top priority. The 'Swipe' can be installed onto vertical and horizontal cylindrical door handles to help make the cleaning of the handles a top priority for staff and visitors.
Door Handle-Disinfecting Devices
The 'Swipe' Device Makes Door Handle Cleaning a Focal Point
Trend Themes
1. Automated-disinfection-devices - Automated devices that disinfect high-touch surfaces, such as door handles, offer a disruptive innovation opportunity in the cleaning industry.
2. Internet-of-things-(iot)-cleaning-systems - IoT-based cleaning systems that monitor and clean door handles remotely present a disruptive innovation opportunity for facility management companies.
3. Antimicrobial-coatings - Developing antimicrobial coatings for door handles could provide a disruptive innovation opportunity in the materials and coatings industry, offering a continuous passive disinfection solution.
Industry Implications
1. Cleaning-services - Integrating door handle cleaning devices into professional cleaning services can create a competitive advantage by providing a thorough and hygienic service.
2. Facility-management - Implementing door handle cleaning devices in facility management operations can enhance hygiene standards and promote a safe environment for occupants.
3. Materials-and-coatings - Developing innovative antimicrobial coatings for door handles can offer manufacturers a unique selling proposition in the materials and coatings industry.