KORTHOS / ECOSYSTEM / PRODUCT

Dex

About

About Dex

Dex is Richtech Robotics' industrial robot platform with a dual-arm upper body and a choice of mobile or stationary mounting. Modular end effectors accommodate hands, clamps and specialised tools. Four task cameras support object handling, while the mobile version uses lidar, cameras and an inertial sensor for navigation. NVIDIA Jetson Thor provides onboard computation.

Richtech develops skills using NVIDIA Isaac simulation followed by real-world training and testing. Intended work includes machine operation, sorting, handling, inspection and packaging in manufacturing and logistics. The mobile platform is rated for about four hours between charges; the stationary version uses continuous power for fixed workstations. Dex is progressing through demonstrations and pilot discussions as Richtech prepares its industrial launch. Its configurations allow a workflow to use fixed manipulation or movement between work areas.

Capabilities

Source-backed capabilities

  • Operating environments: GTC 2025 Washington DC booth
  • Robotic assembly

    Claimed - Assemble custom baseball caps with industrial machinery in the planned GTC demonstration. - environment: GTC 2025 Washington DC booth

    Source

Supply

Supply / Components

  • Dex

    Jetson Agx Thor For Dex - Compute & Control - NVIDIA - NVIDIA Jetson AGX Thor provides onboard compute for Richtech Robotics' Dex humanoid in development - source: blogs.nvidia.com

    Source

Timeline

  • Richtech Robotics introduces Dex mobile industrial robot

    2025-10-28 - Product Launch - The mobile configuration had a four-hour battery, while a static base could support continuous operation. Modular arm end-effectors supported hands, clamps or specialized tools, with a four-camera vision system. Richtech planned live hat-assembly demonstrations at its GTC Washington, DC booth and invited companies to discuss pilots.

    Source

Context

Market context

Dex is Richtech Robotics autonomous delivery robot for indoor hospitality and service environments, moving food and items through hotels, restaurants and offices.

  • Target environment: Hotels, restaurants, offices and indoor service environments.
  • Workflow context: Short-range indoor item delivery, food transport and room service in hospitality and commercial settings.
  • Customer context: Hospitality operators and commercial venues deploying service robots for indoor delivery.
  • Deployment model: Commercial product from Richtech service robot lineup.
  • Commercial maturity: Commercially available delivery robot with hospitality deployment.
  • Adoption constraints: Designed for structured indoor environments.
  • Market position: Addresses one of the most repeatable service-robotics workflows: short-range indoor item delivery.
  • Adjacent products: Titan, ADAM, service delivery robots

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