| Machinery Industry | Industrials Sector | - CEO | TWSE Exchange | - ISIN |
| Taiwan Country | 388 Employees | 28 May 2026 Last Dividend | - Last Split | - IPO Date |
Techman Robot Inc. is a prominent player in the field of collaborative robotics, providing innovative solutions across a broad range of geographic regions including Taiwan, China, Europe, Japan, South Korea, and Southeast Asia. Founded in 2015 and based in Taoyuan City, Taiwan, the company specializes in developing collaborative robots (cobots) equipped with advanced visual systems, software, and application-based solutions. Techman Robot's offerings stand out for their integration of flexibility, intelligent vision, and user-friendly interfaces, catering to the diverse needs of factory automation.
A flagship line of collaborative robots designed for versatile industrial applications, offering precision, safety, and user-friendly interaction.
An advanced series of cobots that emphasize enhanced speed, payload, and reach, catering to a wider spectrum of industrial tasks.
A redefinition of flexibility in robotic control, TMflow allows for intuitive programming of robots through a graphical interface, simplifying complex tasks.
A plug-to-use 3D vision solution that simplifies the integration of spatial perception capabilities into robotic systems, facilitating more complex and precise tasks.
Innovative vision products powered by artificial intelligence, designed to enhance the cobots' visual interpretation capabilities for better performance in precision tasks.
A software tool designed to streamline the management and training of AI models, optimizing factory automation through intelligent data processing and learning.
An advanced software solution that integrates AOI (Automated Optical Inspection) and AI technologies to enhance the visual inspection capabilities at workstations, improving quality control processes.
An inspection application software tailored for the vision functionality of TM AI Cobots, facilitating efficient and accurate visual inspections.
A set of application programming interfaces designed to manage and control TM Robots remotely, enhancing operational efficiency and flexibility.
A software driver that enables the integration of TM Robots with the Robot Operating System (ROS), facilitating advanced robotics research and development.
A software tool that supports the simulation and design of robotic applications, helping users to visualize and test scenarios before physical implementation.
A scripting language for TM Robots, enabling complex programming and task automation for users with technical expertise.
Ease-of-use accessories and components designed to enhance the functionality of TM Robots, ensuring swift integration into existing systems.
A broad range of supplementary products that complement TM Robots, including grippers, tool changers, and vision modules, expanding the robots’ adaptability and application capabilities.