Linkerbot

Linkerbot builds dexterous robotic hands for humanoid robots and industrial use. These hands handle precise tasks like screwing and inserting plugs with high success rates.

Linkerbot produces high-degree-of-freedom dexterous hands for robots. The hands perform complex actions such as screwdriving, USB insertion, and object handling with near-perfect reliability. They equip humanoid robots, support university research at places like Stanford and MIT, and serve industrial clients for manufacturing tasks. Linkerbot ships thousands monthly and runs software like Open TeleDex for teleoperation and LinkerSkillNet for skill data. This full-stack setup aids robots in learning real-world dexterity.

LexxPluss

LexxPluss builds autonomous mobile robots that move heavy loads up to 500kg in warehouses and factories. They work with standard carts and integrate into current setups.

LexxPluss creates autonomous mobile robots for internal transport in warehouses, factories, and logistics sites. Products like Lexx500 handle up to 500kg on everyday carts such as cage or six-wheel types. No modifications needed for carts, and an auto-detach feature fits existing workflows. Robots use sensors for safe operation around people, meeting industry safety standards. The LexxHub system connects with warehouse controls, elevators, and equipment via APIs for smooth scaling from one unit onward.

Linghou Robotics

Linkhou supplies core components for intelligent manufacturing and industrial automation. It develops visual perception systems, motion controls, machine vision robots, and autonomous mobile robots.

Linkhou makes core parts for smart factories and automated production lines. The company builds visual perception systems to see and inspect items precisely. It creates motion control tech like linear motors for smooth machine movements. Products include machine vision robots for tasks in electronics and semiconductors, plus autonomous mobile robots that navigate factories on their own. These components serve industries such as automotive, new energy, 3C electronics, and general robotics.

Moncat Technology

WH Moncat builds companion robots, humanoid robots, service robots, and quadruped robots for healthcare, hospitals, inspection, and security.

WH Moncat creates robots that help in hospitals with guiding patients, delivering medicine, collecting data, and giving health advice. They make humanoid robots that walk and interact like people for service jobs. Companion robots and toys provide interaction through talk and emotion reading. Quadruped robots called Han Dog handle patrols, security checks, and rough terrain movement. These robots work in medical care, industry checks, and public services.

Nomagic

Nomagic builds AI robots that pick items from bins and pack orders for warehouses. These robots handle varied products to boost fulfillment speed.

Nomagic creates robots powered by AI for warehouse tasks. The robots reach into bins, grab different products like clothes or boxes, and place them precisely for packing. This setup speeds up order processing during busy times. Nomagic offers constant monitoring to keep operations smooth around the clock. Retailers and logistics firms use these robots to manage growing demands without errors.

Ouster

Ouster builds digital lidar sensors and cameras. These create 3D maps for robots, drones, self-driving cars, and security systems.

Ouster makes digital lidar sensors that scan surroundings in 3D. The sensors work in robotics, drones, industrial automation, and autonomous vehicles. Models like OS0, OS1, and OS2 offer ranges from 35m to 200m with high precision. They also provide stereo cameras and edge AI compute for real-time data processing. These tools support mapping, security, and smart infrastructure.

Foundation

Foundation builds AI-powered physics action models that control industrial robots, helping factories automate complex, real-world manufacturing tasks.

Foundation builds AI-powered physics action models that let robots see, understand, and handle real-world objects in factories. Its software connects perception with precise motion control, so robots can perform complex tasks on production lines for consumer goods, beverage, and glass manufacturing. This helps manufacturers automate physical work that is hard to script, reduce errors, and keep lines running more efficiently.

Applied EV

Applied EV develops autonomous freight and industrial vehicles powered by software‑defined electric platforms and cloud‑managed fleet control for logistics and warehousing.

Applied EV designs and deploys autonomous electric freight and industrial vehicles for warehouses, logistics, and factory sites. The company’s software‑defined platforms let operators run multiple vehicle types in fleets, using a central cloud system to monitor and manage vehicles while minimizing manual handling and improving safety. Their technology focuses on autonomous logistics transport, material‑handling machines, and site‑level haulage in commercial and industrial environments.

Saga Robotics

Saga Robotics builds Thorvald, an autonomous robot that controls powdery mildew in crops using UV-C light and handles farm tasks.

Saga Robotics develops Thorvald, an autonomous robot platform for agriculture. Thorvald uses UV-C light to control powdery mildew on soft fruits, strawberries, and grapes while reducing pesticide use by up to 90 percent. The robot navigates fields, tunnels, orchards, and vineyards on its own to handle repetitive jobs like scouting and spraying. It lowers carbon emissions with no CO2 during operation and cuts labor costs for growers. Modular tools let it adapt to different farm needs for sustainable crop protection.

NEOintralogistics

NEOintralogistics uses autonomous robots to automate picking on existing warehouse shelving racks without changes. It brings items to workers, cuts labor costs up to 70%, and scales easily.

NEOintralogistics automates warehouse order picking. Autonomous robots fetch goods from standard shelving racks and deliver them to employee stations. The system includes a buffer for sorting and NEOos software to manage operations. No warehouse remodeling is needed. Robots work alongside staff to handle peaks and daily tasks. Storage capacity doubles without building more space. Labor costs drop up to 70% as efficiency rises. The setup scales by adding more robots as volume grows.