ZHILIANHAI · INTERNATIONAL EDITION
Browse public-source robotics company profiles by robot type, application and value-chain role, with review boundaries made explicit.
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 →COMPANY INTELLIGENCE
Explore company information and follow the sources in each profile. Inclusion is not an endorsement or supplier certification.
Measure route segments, cycle times and intervention rates, then run a side-by-side trial before choosing wheels or legs.
Define testable tasks, an intervention taxonomy and rollback criteria so a humanoid pilot ends in a written decision.
A frame-by-frame method for identifying cuts, spotters and missing evidence, and turning a clip into test requests.
A method for splitting robot and cell quotations into arm, cell and service buckets so two bids can be compared on the same basis.
How to write measurement conditions, control the test batch and record results before accepting a quoted robot cycle time.
A practical FAT checklist covering test scope, pass criteria, measurement records, backups and the shipment punch list for a robot cell.
A practical checklist for designing an AMR throughput trial, instrumenting it with your own data, and writing the acceptance clause.
How to compare opportunity charging and battery swap using idle-window data, charge-event records, and a written charging rule.
How to break a missed pick rate into stages and audit WMS data, labelling, and staging before you blame the robot.
Build a zone register of traffic, floor type and soil load before any machine is demonstrated on site.
What to record per shift so battery, water and consumable use stay predictable across a robot fleet.
Check lifts, doors and peak-hour constraints before committing a service robot to a public building.
How to design plots, blind control strips, and the exact field records that make a farm robot trial defensible at season end.
A pre-flight checklist for agreeing survey area, altitude, overlap, flight lines, and deliverable formats with a survey operator.
How to scope a hull, intake, or aquaculture inspection so the report states coverage, evidence type, and what remains unknown.
A checklist for proving retrieval, communications and report quality before a robot replaces a human confined-space entry permit.
How to build a defect list from your own records and write inspection robot requirements around detection, classification and reach.
How to record inspection runs and findings so they become dated, owned work orders instead of an unreadable folder of images.
How rehabilitation and biomedical engineering teams can define tasks, scoring, supervision and stop criteria before a robot trial begins.
A readiness checklist for biomedical engineering and theatre teams before a surgical robot is added to the operating list.
Which consumable, cleaning and contract questions to settle before signing for a medical robot, and the records to keep afterwards.
A vehicle maker approaching humanoids as a manufacturing problem.
A car company applying vehicle technology to a humanoid platform.
Long-running work on expressive, interaction-focused humanoids.
An early industrial humanoid aimed at working alongside people.
A component maker whose hardware underpins many legged projects.
A consumer electronics company testing humanoid form factors.
Quadruped platforms built around rugged outdoor use.
One of the best-known lines of social service robots.
One of the largest Chinese automation groups, spanning robots and logistics.
A Chinese robot maker focused on welding and general industrial duty.
A supplier of motion components that also builds complete robots.
A collaborative arm built for force-sensitive research and small-batch work.
Robotic arms designed around low weight and human-adjacent work.
Collaborative arms positioned around ease of teaching and factory integration.
Service robots built around clinical workflows rather than cleaning.
Indoor delivery robots aimed at hospitality and property operations.
One of the longest-running hospital logistics robot lines.
Indoor security robots combining patrol with remote human support.
Outdoor security robots aimed at patrol and deterrence.
Outdoor autonomous patrol platforms for large perimeters.
A narrow application where the robot handles an unpopular task.
Floor cleaning robots offered around a subscription model.
The reference case for large-scale goods-to-person automation.
A broad integrator covering conveyors, storage and mobile robots.
Warehouse automation paired with industrial control expertise.
An established supplier of storage and transport systems.
Warehouse automation integrated with mobile and storage robotics.
A data capture company that expanded into mobile robotics.
Robots that pick individual items rather than whole shelves.
Automating trucks that already exist in the warehouse.
A large device group with both launched and in-development platforms.
Orthopaedic implants paired with a robotic-assisted platform.
Image-guided navigation with robotic assistance for precision tasks.
A dental robotics platform aimed at implant placement.
Robotics applied to catheter-based cardiac procedures.
A different technical route to robotic assistance in cardiology.
A Chinese surgical robotics company focused on trauma and spine.
A Chinese neurosurgical robot platform used for stereotactic work.
Inspection robots designed for sites where people should not walk.
Search covers every published company profile in this directory, including names, summaries and sectors. Browse a sector for a focused view.
COMPANY INTELLIGENCE
Explore company information and follow the sources in each profile. Inclusion is not an endorsement or supplier certification.
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