Curious about the robots deployed?
Features
Safe solution
A safe solution for working with people
Equipped with a triple safety system consisting of 2D/3D LiDAR sensors, ultrasonic sensors, and bumper collision sensors.
It can prevent collisions with people (stop) and avoid unexpected obstacles.
Optimal results with minimal investment
Logistics automation possible without large investment costs
It can be applied using the Autonomous Mobile Robot (AMR) method without the need to install separate path guidance facilities such as wires or magnets.
Simple installation minimizes implementation time
Creating a full workshop map takes only 2 days (map creation can be performed even while a human is working)
It is capable of self-location and pathfinding using its own sensors, enabling a reduction in implementation time by eliminating the need for additional equipment.
Creating flexible work locations and movement paths even in cramped or complex workspaces
Can rotate 360 degrees in place
Can move through narrow passages with a width of 110cm or less
A versatile robot
Integrated orchestration and control
Easily issues work orders through the mobile app and the web monitoring system
It can also be used as a mobile advertising platform
Results
| Key Benefits | Increase in customer satisfaction
Enhanced customer responsiveness + provision of pleasant indoor air
Improving the Hospital image
Forming an image through press releases, such as in newspapers, as a “ A hospital devoting all its efforts to the advancement of medical facilities and improvement of medical work environments using AI robots”
Reduction of hospital worker fatigue and improvement of job satisfaction |
|---|
※ 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
Hanlim University Sacred Heart Hospital — Yujin Robot GoCart180
Bigwave Robotics (Marosol) deployed a logistics robot, GoCart180, at Hanrim Daesung Hospital. One unit was installed in the surgery center to transport high-payload medical materials and support clinical staff operations.
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Implemented Solution: LG CLOi Delivery Robot & Robot Integrated Control System SOLlink Scope of Application: Automation of specimen and document collection and Delivery operations within Hallym University Sacred Heart Hospital Key Function: Enhanced efficiency and accuracy by automating in- Hospital Delivery tasks through the integration of the Hospital information system and the robot control system.
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This case study involves the introduction of Phantas, a wet and dry industrial Cleaning Robot robot, to automate floor Cleaning Robot operations across an area of approximately 700 pyeong at the Bumin Hospital Magok Health Checkup Center. The site is a space with a constant flow of people, including the lobby, entrance, and waiting zone, where contamination recurs quickly even after Cleaning Robot . Phantas combines precision navigation based on autonomous driving, cameras, and LiDAR sensors with all-weather wet and dry Cleaning Robot capabilities and an unmanned charging station to achieve complete Cleaning Robot automation that automatically Cleaning Robot according to a schedule and then returns to the station for charging.
Features
Safe solution
A safe solution for working with people
Equipped with a triple safety system consisting of 2D/3D LiDAR sensors, ultrasonic sensors, and bumper collision sensors.
It can prevent collisions with people (stop) and avoid unexpected obstacles.
Optimal results with minimal investment
Logistics automation possible without large investment costs
It can be applied using the Autonomous Mobile Robot (AMR) method without the need to install separate path guidance facilities such as wires or magnets.
Simple installation minimizes implementation time
Creating a full workshop map takes only 2 days (map creation can be performed even while a human is working)
It is capable of self-location and pathfinding using its own sensors, enabling a reduction in implementation time by eliminating the need for additional equipment.
Creating flexible work locations and movement paths even in cramped or complex workspaces
Can rotate 360 degrees in place
Can move through narrow passages with a width of 110cm or less
A versatile robot
Integrated orchestration and control
Easily issues work orders through the mobile app and the web monitoring system
It can also be used as a mobile advertising platform
Results
| ROI Period | Approximately 0 years (Investment for the advancement and improvement of medical facility environments) |
|---|---|
| Key Benefits | Increase in customer satisfaction
Enhanced customer responsiveness + provision of pleasant indoor air
Improving the Hospital image
Forming an image through press releases, such as in newspapers, as a “ A hospital devoting all its efforts to the advancement of medical facilities and improvement of medical work environments using AI robots”
Reduction of hospital worker fatigue and improvement of job satisfaction |
※ 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.
Curious about the robots deployed?
Related Use Cases
Hanlim University Sacred Heart Hospital — Yujin Robot GoCart180
Rapid Delivery After Hospital Sample/Document Collection! A Grand Reveal of the LG CLOi Delivery Robot's Fast(?) Day! 💨