Richtech Dex: Mobile Humanoid Robot Designed for Industrial Efficiency

Essential brief

Key facts

Richtech Robotics introduced Dex, a 137 cm tall mobile humanoid robot, at CES 2026 for industrial and commercial use.

Dex’s AI is trained using both real-world and simulated data, enabling rapid adaptation to diverse industrial tasks.

The humanoid design allows Dex to interact with existing tools and environments without major infrastructure changes.

Dex’s mobility and AI-driven flexibility address the need for robots capable of complex, variable tasks in industrial settings.

Richtech’s approach highlights the value of combining hardware innovation with advanced AI training to accelerate robot deployment.

Highlights

Richtech Robotics introduced Dex, a 137 cm tall mobile humanoid robot, at CES 2026 for industrial and commercial use.

Dex’s AI is trained using both real-world and simulated data, enabling rapid adaptation to diverse industrial tasks.

The humanoid design allows Dex to interact with existing tools and environments without major infrastructure changes.

Dex’s mobility and AI-driven flexibility address the need for robots capable of complex, variable tasks in industrial settings.

Richtech Robotics, a US-based manufacturer specializing in robotic systems, has introduced its mobile humanoid robot named Dex at CES 2026. Standing 137 cm tall, Dex is engineered as a versatile platform to address various industrial and commercial applications. The robot’s design emphasizes mobility and adaptability, enabling it to operate effectively in dynamic environments typical of manufacturing and logistics sectors.

A key feature of Dex is its advanced AI training methodology. Richtech leverages a combination of real-world and simulated data to train Dex’s artificial intelligence, accelerating its readiness for industrial deployment. This approach allows the robot to learn from diverse scenarios without the risks and costs associated with extensive physical testing. As a result, Dex can quickly adapt to new tasks and environments, enhancing its operational flexibility.

Dex’s humanoid form factor is significant for its intended use cases. Its anthropomorphic design facilitates interaction with tools, machinery, and workspaces originally designed for human operators. This compatibility reduces the need for extensive infrastructure changes, making integration into existing workflows more seamless. Additionally, the robot’s mobility enables it to navigate complex industrial settings, such as warehouses or assembly lines, where static robots might face limitations.

The deployment of Dex reflects broader trends in industrial automation, where robots are increasingly expected to perform complex, variable tasks rather than repetitive, fixed functions. By combining mobility, humanoid dexterity, and AI-driven adaptability, Dex represents a step forward in creating robotic assistants capable of collaborating with human workers and enhancing productivity.

Richtech’s presentation of Dex at CES 2026 highlights the growing importance of robotics platforms that blend hardware and software innovation. The company’s strategy to use simulated environments for AI training not only speeds up development but also opens possibilities for continuous learning and improvement post-deployment. This could lead to robots that evolve alongside changing industrial demands, offering long-term value to businesses.

In summary, Dex embodies a new generation of industrial robots designed for flexibility, intelligence, and ease of integration. Its combination of mobile humanoid design and sophisticated AI training positions it as a promising solution for industries seeking to modernize operations and improve efficiency through automation.