Features
Minimizing Hospital infections using non-face-to-face services
By providing services using robots without direct human interaction, it blocks transmission between patients and medical staff within the Hospital
Marosol Robot Control System
All robots can be managed within the robot control system developed by Bigwave Robotics, making robot management easier
The robot's usage history can also be managed, enabling efficient operation
Results
| Key Benefits | Increasing the work efficiency of Hospital personnel through the reduction of labor intensity
Robots handle simple/repetitive tasks, while humans focus on high-value customer services
Providing safe contact-free services and new digital experience |
|---|
※ The content provided by Bigwave Robotics is protected under U.S. and Canadian copyright and intellectual property laws. Unauthorized reproduction, distribution, or use of this content is strictly prohibited.
Recommended Use Cases
Directly Controlling and Developing Humanoid Robots using Magiclab Open API (University Practical Case Study) 🤖🎓
Yeonam College of Engineering introduced the Humanoid robot Magiclab MagicBot Z1 for research purposes to establish a practice environment for the AI DX Center.
Large Hospital Sterilization and Goods Transportation using Twinny Nargo and Bykiller
This sterilization robot is a 2-in-1 autonomous logistics capable of transporting essential supplies for large hospital while simultaneously completing Disinfection within wards. The Nargo Bykiller solution utilizes triple safety sensors and autonomous driving technology to safely perform tasks even in crowded and complex indoor environments. Furthermore, equipped with a powerful three-stage air purification function, it offers excellent sterilization, deodorization, and harmful gas decomposition effects even while in motion. By automating the supply and collection of items for each department, it allows hospital staff to focus more on patient care. It offers a double benefit: in these times of heightened concern over infectious diseases like COVID-19, it enables Hospital visitors to visit with peace of mind. This project was undertaken not only to prevent the spread of infectious diseases such as COVID-19 through air purification and sterilization, but also to eliminate concerns about viral infection by introducing a reassuring sterilization solution for Hospital visitors. Following the project, work fatigue caused by increased patient care was reduced by minimizing hospital travel distances, and customer responsiveness was enhanced through efficient division of labor.
Comprehensive Guide to Service Robots Introduced at Hallym University Sacred Heart Hospital
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Features
Minimizing Hospital infections using non-face-to-face services
By providing services using robots without direct human interaction, it blocks transmission between patients and medical staff within the Hospital
Marosol Robot Control System
All robots can be managed within the robot control system developed by Bigwave Robotics, making robot management easier
The robot's usage history can also be managed, enabling efficient operation
Results
| ROI Period | 1 year |
|---|---|
| Key Benefits | Increasing the work efficiency of Hospital personnel through the reduction of labor intensity
Robots handle simple/repetitive tasks, while humans focus on high-value customer services
Providing safe contact-free services and new digital experience |
※ The content provided by Bigwave Robotics is protected under U.S. and Canadian copyright and intellectual property laws. Unauthorized reproduction, distribution, or use of this content is strictly prohibited.
Related Use Cases
Directly Controlling and Developing Humanoid Robots using Magiclab Open API (University Practical Case Study) 🤖🎓
Large Hospital Sterilization and Goods Transportation using Twinny Nargo and Bykiller