Read the case studies to see our robots' impact at healthcare and hospitality systems.
Case Studies
Leo's Blood Specimen Delivery Impact at Outpatient Department
Nurses at the outpatient department managed 200 to 300 blood specimen deliveries per month, often walking thousands of steps. This manual process caused delays, affecting patient treatment times.
Nurses at the outpatient department managed 200 to 300 blood specimen deliveries per month, often walking thousands of steps. This manual process caused delays, affecting patient treatment times.
Leo's Blood Specimen Delivery Impact at Outpatient Department
Social Robot to Alleviate Loneliness
E. Broadbent, K. Loveys, G. Ilan, et al. ElliQ, an AI-
Driven Social Robot to Alleviate Loneliness: Progress and Lessons Learned.
E. Broadbent, K. Loveys, G. Ilan, et al. ElliQ, an AI-
Driven Social Robot to Alleviate Loneliness: Progress and Lessons Learned.
Social Robot to Alleviate Loneliness
Best Practices when Piloting Robots- Lessons Learned
“If you have an expeditor in the kitchen to load the soups, salads, beverages, and entrees, the server is able to stay in the dining room giving better services to our guests.”
“If you have an expeditor in the kitchen to load the soups, salads, beverages, and entrees, the server is able to stay in the dining room giving better services to our guests.”
Best Practices when Piloting Robots-Lessons Learned
Killing Bacteria with UV Light
Killing bacteria with UV light is highly effective when using UVC germicidal lamps, designed to emit shortwave UVC radiation which is proven to kill many types of bacteria as well as viruses, mold, mildew, harmful pathogens and foul odors.
Killing bacteria with UV light is highly effective when using UVC germicidal lamps, designed to emit shortwave UVC radiation which is proven to kill many types of bacteria as well as viruses, mold, mildew, harmful pathogens and foul odors.
Killing Bacteria with UV Light
MIA the Disinfection Robot at the 2022 Beijing Winter Olympics
The 2022 Beijing Winter Olympics faced significant challenges in ensuring the health and safety of all participants amidst the global pandemic. Traditional disinfection methods were insufficient for large- scale, high-traffic venues, leading to concerns about potential health risks, inefficiencies, and the ability to maintain continuous, thorough disinfection.
The 2022 Beijing Winter Olympics faced significant challenges in ensuring the health and safety of all participants amidst the global pandemic. Traditional disinfection methods were insufficient for large- scale, high-traffic venues, leading to concerns about potential health risks, inefficiencies, and the ability to maintain continuous, thorough disinfection.