The Evolution of FACoBOT

  • FACoBOT

      FACoBOT is an Autonomous Mobile Robot (AMR) developed by the team at Lertvilai and Sons Co., Ltd. It is designed to enhance efficiency and logistics capabilities within industrial factories, while also reducing the risk of operational errors. 

  • FACoBOT

      The FACoBOT robot can also define and adjust its delivery routes independently through the FACoBOT Manager program. It is capable of working safely alongside humans with built-in safety zone settings and collision avoidance features from our software. In addition, we can design systems or modify modules to meet customer requirements, such as Conveyor Module, Cart Towing, Pallet Lift, Cobot Module, and Piggy Back, among others.

LERTVILAI MILESTONE

2021
Year

FACoBOT

This robot has been developed by building upon the platforms of the previous three models, enhancing its capabilities for use in various industrial applications to meet the needs of Industry 4.0. Examples include Conveyor Module, Cart Towing, Pallet Lift, Cobot Module, and Piggy Back, among others.

2020
Year

MuM III

This model is an advancement from the MuM II, with improvements made by the team based on its strengths and weaknesses, resulting in the MuM III. This robot was designed to be equipped with a Food/Medicine Dispensing Module for serving meals to patients during the COVID-19 situation, helping to reduce direct contact between patients and nurses. The robot was donated to hospitals in the Eastern Economic Corridor (EEC) under the “Mod Borirak” project as well.

2020
Year

MuM II

Due to the COVID-19 situation, the team adapted and further developed their thesis project in collaboration with the Institute of Field Robotics (FIBO) to support doctors and nurses at Mae Sot Hospital. This robot was designed to be used with a UV-C Module for disinfecting rooms designated for patient treatment. The project was graciously granted the royal name “Mod Borirak” by Her Royal Highness Princess Maha Chakri Sirindhorn.

2019
Year
 

MuM I

MuM : Multi-Functional Mobility

MuM I is a research and development project by students from King Mongkut’s University of Technology Thonburi, Institute of Field Robotics (FIBO), Department of Robotics and Automation Engineering. The students carried out internships and completed their theses with research funding supported by the Digital Economy Promotion Agency (Depa) and Lertvilai and Sons Co., Ltd.