ZHILIANHAI · INTERNATIONAL EDITION
Explore companies developing humanoid, bipedal, quadruped and other legged robot platforms.
SECTOR SPOTLIGHT / KITCHEN AUTOMATION
Robots that cook, stir and manage the pan—not robots that carry finished meals. Explore product sources, then build a brief around your own kitchen.
Manufacturer descriptions, reviewed 4 September 2026. These research references are not supplier endorsements or completed directory profiles.
BOTINKIT describes an induction-heated system for stir-frying and pan-frying, with shared digital recipes, automatic seasoning and wok cleaning.
Ask about:your dishes and batch sizes, ingredient loading, seasoning compatibility and local installation support.
Read BOTINKIT's product page ↗TECHMAGIC's launch announcement describes automated stirring, heating and pan washing, with configurable cooking temperature, time and pan rotation.
Ask about:recipe trials, loading and plating tasks, cleaning steps and the model available in your market.
Read TECHMAGIC's announcement ↗Source published 30 May 2024 · JapaneseFor restaurants, canteens and central kitchens: assess the actual workflow, not just the cooking cycle. Suitability must be established for the specific site and model.
Discuss your cooking robot research brief →93 public records. Inclusion is not supplier certification.
Define testable tasks, an intervention taxonomy and rollback criteria so a humanoid pilot ends in a written decision.
Measure route segments, cycle times and intervention rates, then run a side-by-side trial before choosing wheels or legs.
Separate demonstration from structured deployment.
One of the best-known lines of social service robots.
Quadruped platforms built around rugged outdoor use.
A consumer electronics company testing humanoid form factors.
A component maker whose hardware underpins many legged projects.
An early industrial humanoid aimed at working alongside people.
Long-running work on expressive, interaction-focused humanoids.
A car company applying vehicle technology to a humanoid platform.
A vehicle maker approaching humanoids as a manufacturing problem.
Separate demonstration ability from commercial readiness before any trial.
Explore Booster Robotics humanoids for research, education and robot soccer, with model differences, developer resources and practical deployment questions.
Shenzhen robotics developer combining S1 hardware with teleoperation and embodied AI research. Review model-specific specifications, development access, Lumo-2 and SmoothRL evaluation boundaries.
Shenzhen robotics company developing KUAVO humanoids and research tools. Compare current generations, supported software interfaces and application evidence before specifying a deployment.
Embodied robotics company developing mobile manipulation platforms and robot models. Examine G1 hardware, versioned development tools and task-specific deployment evidence.
Houston humanoid robotics developer targeting skilled industrial work. Review teleoperated welding evidence, development units and the distinction between planned leasing and current commercial readiness.
Review ROBOTERA’s humanoid bodies, dexterous hands and ERA-42 positioning, separating CES demonstrations and product ratings from validated performance in a buyer’s workflow.
Assess DEEP Robotics research and industrial platforms, X30 inspection evidence from Singapore, configuration limits, and requirements for dependable payload and site integration.
Review LimX Oli and Luna humanoids, modular TRON platforms, developer documentation and software releases, with clear boundaries between supplied hardware and task autonomy.
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