Robots designed for medical environments, patient care, and physical rehabilitation.
7 robots for this use case
LG Electronics
LG's home assistance humanoid robot, debuted at CES 2026 to wide acclaim. CLOi-D (pronounced "Cloyd") is designed to integrate seamlessly with LG's ThinQ smart home ecosystem, handling household tasks from cleaning to cooking assistance. With LG's massive consumer electronics distribution network, CLOi-D could become the first humanoid robot available at mainstream retailers. Pricing and shipping dates TBD.
Promobot
A commercially proven service humanoid with deployments across 45+ countries. Promobot V.4 stands 150 cm tall with a customizable face, multilingual speech, and autonomous navigation. Widely used in healthcare facilities as a patient greeter and information kiosk, in retail stores for customer engagement, and in hotels as a concierge. Features face recognition, natural language processing, and can be configured with custom faces to match brand requirements.
1X Technologies
The Beta variant of 1X's NEO line features an upgraded EVE 2.0 vision system, improved grasping with 24-DOF hands, and a slimmer 28 kg frame.
Mentee Robotics
Founded by Prof. Amnon Shashua (Mobileye co-founder), Mentee Robotics is developing a transformer-based humanoid that learns entirely from simulation.
Sanctuary AI
The second generation of Canada's leading humanoid. Phoenix Gen 2 features the Carbon 2.0 cognitive architecture with 3× faster task learning. Built in Vancouver with Magna International as manufacturing partner.
Fourier Intelligence
A research-grade humanoid with deep roots in medical rehabilitation technology. The GR-1 stands 165 cm tall with 40 DOF and FSA high-performance actuators delivering up to 300 N·m torque. Shipping globally to research partners and healthcare institutions. Now succeeded by the GR-2 for next-generation applications, but remains the more battle-tested platform for academic research.
Fourier Intelligence
Fourier's next-generation humanoid standing 175 cm tall with 53 DOF and advanced 12-DOF dexterous hands with tactile sensors. Designed specifically for healthcare environments, GR-2 improves on the GR-1 with enhanced agility, precision manipulation, and a more human-like form factor. Currently in pilot deployments at healthcare facilities focused on rehabilitation and elderly care assistance.