Features
Risk detection and safety certification through various sensors
Equipped with bottom sensors such as ToF, Magnet, and bumper sensors
Secures safe driving capabilities by detecting obstacles, impacts, and hazardous areas
Providing customer experience through escort mode and docent mode
Contributing to customer convenience by providing continuous information and maps during guide
Provides APIs necessary for integration with customer monitoring systems and possesses know-how for developing new features
Additional features requested by customers as differentiating functions can also be developed as options
Collaborative implementation of features requiring integration with customer systems and items necessary for API-based development
Providing coding education programs and curricula using AI coding education robots
App development with Flutter
Controlling the robot using custom-written code
Education available from block coding to Flutter, Classification into beginner, intermediate, and advanced difficulty levels
You can experience the A to Z of robot development, from hardware to software, not just robot control
Providing a robot-based coding curriculum
Results
| Key Benefits | Stimulate students' interest in coding by allowing them to handle robots directly
Utilize as a coding teaching tool in educational institutions
Provide safe contact-free services and new digital experiences
Enhance visitor satisfaction through docent functions in museums and exhibitions |
|---|
※ 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.
We Entrusted the Cleaning of a 400-pyeong Elementary School Floor to a Cleaning Robot and Efficiency Skyrocketed!! 😎
This is a case where the cleaning robot Fantas was installed by Big Wave Robotics (Marosol) for floor Cleaning management of a total area of 400 pyeong (one floor) at Yeoncheon Elementary School. By utilizing Fantas, automated cleaning management was implemented for approximately 400 cleaning of floors (including the common lobby), and an unmanned automatic system was operated by equipping Fantas with a charging station, which offers excellent cleaning performance and convenience.
Cleaning the 400-pyeong Floor of University of Seoul's Gymnasium – the Industrial Cleaning Robot Fantas Solved the Problem! 🤖✨
This is a case where Big Wave Robotics (Marosol) installed the Fantas Cleaning Robot robot to manage floor Cleaning Robot across a total area of 400 pyeong (one floor) at the University of Seoul. By utilizing Fantas, automated Cleaning Robot management was implemented for approximately 400 pyeong of floor space. An unmanned automatic system was operated by leveraging Fantas's superior Cleaning Robot performance and the inclusion of a convenient charging station. Accordingly, two Cleaning Robot robots were introduced to establish an automated cleaning management system. Benefits include: 1. Automatic scheduled Cleaning Robot after closing; 2. Minimization of operational interference through pre-set Cleaning Robot times; 3. Improved hygiene standards with a floor dust and contaminant removal rate of over 95%; and 4. Creation of an environment where staff and instructors can focus on their core duties. As such, the introduction of Cleaning Robot robots was a highly effective choice that not only reduced costs but also simultaneously enhanced operational efficiency, cleanliness, and customer satisfaction. We believe this case can be usefully applied to other newly constructed sports facilities in the future.
Features
Risk detection and safety certification through various sensors
Equipped with bottom sensors such as ToF, Magnet, and bumper sensors
Secures safe driving capabilities by detecting obstacles, impacts, and hazardous areas
Providing customer experience through escort mode and docent mode
Contributing to customer convenience by providing continuous information and maps during guide
Provides APIs necessary for integration with customer monitoring systems and possesses know-how for developing new features
Additional features requested by customers as differentiating functions can also be developed as options
Collaborative implementation of features requiring integration with customer systems and items necessary for API-based development
Providing coding education programs and curricula using AI coding education robots
App development with Flutter
Controlling the robot using custom-written code
Education available from block coding to Flutter, Classification into beginner, intermediate, and advanced difficulty levels
You can experience the A to Z of robot development, from hardware to software, not just robot control
Providing a robot-based coding curriculum
Results
| ROI Period | 1 |
|---|---|
| Key Benefits | Stimulate students' interest in coding by allowing them to handle robots directly
Utilize as a coding teaching tool in educational institutions
Provide safe contact-free services and new digital experiences
Enhance visitor satisfaction through docent functions in museums and exhibitions |
※ 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) 🤖🎓
We Entrusted the Cleaning of a 400-pyeong Elementary School Floor to a Cleaning Robot and Efficiency Skyrocketed!! 😎