Browse key parameters and selection resources by component
Map the automation steps across menus, ingredient prep, cooking, serving, and cleaning, with a focus on cooking robots.
Consider welding, painting, assembly, and inspection processes, and verify cycle time and quality requirements.
Focus on small-part assembly, precision handling, inspection, and flexible line changeover.
Assess handling, assembly, and inspection conditions for production tasks in battery, PV, and related industries.
Focus on cleanliness requirements, handled objects, precision, and equipment integration.
Assess system coordination across inbound, picking, transport, sorting, and outbound flows.
Focus on on-site workflows for delivery, cleaning, guidance, and reception tasks.
Verify material properties, cleaning requirements, process steps, and production cycle time.
Distinguish between use scenarios, intended users, and professional operating requirements.
Define selection boundaries from workpieces, processes, fixtures, and production line conditions.
Focus on teaching content, research interfaces, scalability, and equipment maintenance.
Assess applications against crops, agronomy, terrain, and operating time windows.
Design workflows around routes, inspection points, alerts, and human review.
Focus on site environment, mission payload, communications, and coordination with rescue personnel.
From national societies to local associations, quickly find public information sources.
Reference index only; it does not imply any partnership or certification relationship between this site and the listed organizations.
Open the original association websites for publications, activities and industry updates.
External official sources. Publication language and availability depend on each publisher.
Samples pass and mass production fails. Six checkpoints you can verify on site: capacity claims, paste and reflow control, AOI, DIP and ICT, conformal coating, and outgoing inspection with traceability — plus what each one cannot tell you.
We deduplicated the English directory with full-width/half-width normalisation and removed 46,358 duplicate records (7.3%). This note explains the rule, which record we keep, what the new total means, and which figures moved with it.
Our directory now holds 633,635 robot-related company records across 297 cities. Here is the city and province distribution, what drives it, and the three ways this data should not be read.
Our directory holds 587,277 robot-related company records across 296 cities. Here is the three-check order we use: name versus business scope, registered address versus plant, and public records that can actually be verified.
A repeatable order for diagnosing a slow page: separate server time from network time, then check TLS handshake, request count and cache headers before compression.
We removed 46,358 duplicate records from the directory: 633,635 down to 587,277. This note explains where the duplicates came from, how records are matched, and what changed.
The directory indexes 634,095 robot-related company records across 289 Chinese cities. This note explains where the data comes from, how categories are assigned, what we verify, and which claims the numbers cannot support.
The industrial robot category lists about 150,000 companies. This note explains how the category is assigned, why sub-categories stay small, and why the number should never be read as the size of the robot industry.
The Zhilianhai robot company directory covers 289 Chinese cities as of October 2026. This note shows how the distribution is measured, where the top cities sit, and three common mistakes when reading city-level counts.
The International Federation of Robotics published findings from its World Robotics 2026 Service Robots report on September 30, 2026. Professional service robot
A repeatable routine for turning a stream of announcements into usable supplier intelligence.
A practical routine for monitoring corrective actions that affect machines you depend on.
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Original videoTurn Concepts into Verifiable Project Metrics
From scenarios and cycle times to acceptance boundaries
Four key boundaries of system integration
Understand technology and applications along the industry chain
Practical ways to read application news
Clarifying interface definitions and collaboration responsibilities
Avoid Misreading Statistical Definitions and Sample Scope
Understand performance claims through test conditions
Different robots call for different reading paths. Fundamentals, model selection, and maintenance materials are organized by category.
Start with pallets, racks, and transfer handovers, and separately verify the vehicle body, scheduling system, and site conditions.
Read in terms of workpieces, end-of-arm tooling, and workstation layout; do not judge whether a complete application is suitable from the word “collaborative” alone.
Filter by teaching platform, programming method, and learning tasks, then check terminals, curricula, and device management.
Distinguish among surgical assistance, rehabilitation, and other medical uses; the applicable scope of a specific product is subject to its formal product documentation.
Consider crops, planting structure, field conditions, and implement tasks together; avoid comparing only the mobile chassis.
Based on the observation, inspection, or operational goal, verify the water area, communications, payload, and recovery method.
Read the key concepts and source material
Read the key concepts and source material
Read the key concepts and source material
Read the key concepts and source material
Read the key concepts and source material
Read the key concepts and source material
Read the key concepts and source material
Read the key concepts and source material
Read the key concepts and source material
Read the key concepts and source material
Read the key concepts and source material
Read the key concepts and source material
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Open the matching case page by category to load product videos on this site. Public demonstrations and solutions compiled by this site are labeled separately and do not represent independent acceptance results.
Observe ingredient dispensing, stir-frying, and serving; a demo menu cannot replace an actual back-of-house trial.
Observe movement and task execution, and distinguish product showcases from capability validation in specific environments.
Watch the commercial cleaning demo, then verify against floor type, contaminants, and supply conditions.
Follow the delivery process from loading and travel to handover, with attention to on-site workflow integration.
Watch the power inspection demo, focusing on how the mobile platform works with inspection tasks.
Watch the teaching product introduction, then review classroom experiment plans and observation recording methods.
The illustrations are meant to show robot form factors and do not correspond to any specific brand or model; for actual selection, check product documentation and site conditions.
Start with the workpiece and process
AI illustrationFrom process to system boundaries
AI illustrationConsider handling and scheduling together
AI illustrationStart with the menu and kitchen workflow
AI illustrationRoutes and handoffs define the workflow
AI illustrationDefine the area and maintenance
AI illustrationDistinguish demonstrations from real tasks
AI illustrationRoutes, loads and communications
AI illustrationCheckboxes are used to organize materials for this browsing session; specific model capabilities and delivery terms are subject to supplier documentation and project verification.
Eight industry groups and search fields
AI illustrationRegistered facts and capability tags
AI illustrationPreparing before submitting public information
AI illustrationIssuing entity, requirements, and timing
AI illustrationScenario, goals, and delivery boundaries
AI illustrationQualification requirements and review materials
AI illustrationThe illustrations show component forms; specific models and specifications are subject to manufacturer documentation.
Requirements Documentation | State the Task as Verifiable Conditions
Requirements Documentation | Build the Solution Around Site Conditions
Verification Resources | From Samples to Acceptance Evidence
Integration Resources | Verify Interfaces and Responsibility Boundaries
Validation Documentation | Keep the Conditions, Then Interpret the Results
Integration Documentation | Describe the Scenario, Goals, and Deliverables
Organized by reading path; numbers do not indicate ranking.
Organized by reading path; numbers do not indicate ranking.
Organized by reading path; numbers do not indicate ranking.
Organized by reading path; numbers do not indicate ranking.
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