Equipment & integration
Quadruped platform + optional cameras, thermal imaging or other sensors + task and data interfaces. Recognition, alerts and work-order integration require separate assessment.
CHINZY / EMBODIED INTELLIGENCE
Bring intelligence
into the real world.
Robots & robot dogs
From classrooms and exhibition stages to site inspections and industrial tasks. Choose equipment around the work it needs to do.
01 / SOLUTIONS IN THE REAL WORLD
From business tasks to measurable solutions.
Choose your use case to explore task design, equipment and implementation. Connect every purchase to a clear business objective.
Industrial parks, factories and facility maintenance teams
Turn dispersed checkpoints into traceable inspection records.
Define checkpoints and frequency for equipment appearance, gauges and passage conditions. Staff review recorded anomalies and track corrective actions to closure.
Proposed acceptance approach
Repeat agreed routes to measure checkpoint coverage, valid capture rate, reviewed anomalies and duration per run. Record manual takeovers and missed detections.
Site validation priorities
Survey steps, slopes, surfaces, connectivity and charging locations first. Ingress protection is not explosion-proof certification; special areas need a dedicated review.
Corporate showrooms, visitor attractions, events and exhibitions
Make your brand story an experience people want to join.
Plan greetings, exhibit narration, FAQs and stationary routines. Place interactions along visitor routes and provide human guidance during peak attendance.
Equipment & integration
Humanoid or interactive robot dog + brand scripts + choreography and on-site support. Voice, knowledge bases and multilingual interaction depend on version and licensing.
Proposed acceptance approach
Check routines and narration against the script. Test answer quality with an agreed question set; record response times, interaction completion and operator takeovers.
Site validation priorities
Confirm clearance, flooring, noise, audience separation and charging. Rehearse before opening; follow equipment requirements for movement and contact.
University labs, vocational colleges and corporate R&D teams
Take embodied intelligence from concept to reproducible experiments.
Design staged experiments in motion control, perception and human–robot interaction. Define student, teacher and researcher permissions, with experiment logs and repeatable procedures.
Equipment & integration
Education or developer hardware + verified SDK and documentation + lab exercises and training. Check licensing separately for simulation, source code and low-level control.
Proposed acceptance approach
Use an agreed experiment checklist to verify setup, interface calls, data export and repeat runs. Deliver operating instructions, experiment records and training materials.
Site validation priorities
Confirm operating systems, languages, API permissions and shared equipment schedules. A programmable research platform does not imply ready-made algorithms.
Campus logistics, field maintenance and supply teams
Validate a new way to move supplies along difficult routes.
Start with defined cargo such as tools or spare parts. Plan loading, travel along a specified route and manual unloading; validate one representative round trip first.
Equipment & integration
Load-carrying quadruped + suitable carrier and restraints + operating or dispatch plan. Assess autonomous travel, automated loading and access-control integration separately.
Proposed acceptance approach
Use actual cargo weight and center of gravity to test round-trip time, cargo integrity, loaded endurance and manual interventions. Log every attempt.
Site validation priorities
Include carriers and accessories in the payload. Test slopes, steps, slippery surfaces and stopping distance together; individual maximum ratings cannot be assumed simultaneously.
Manufacturers, automation integrators and embodied AI teams
Start with one defined process to prove practical value.
Choose one task: sorting, machine tending or operation data collection. Break it into grasping, transfer, placement and exception handling before considering more workstations.
Equipment & integration
Work robot + suitable end effectors and fixtures + perception and control. Define production interfaces, teleoperation, data labeling and model training per project.
Proposed acceptance approach
Run continuous trials with customer samples. Record success rate, cycle-time distribution, part damage and interventions; verify valid samples and formats for data projects.
Site validation priorities
Confirm dimensions, materials, weight, precision and workspace. Validate grasping and line integration with samples; generic demos do not establish production cycle times.
Property, shopping center, exhibition and campus operators
Give cleaning a defined route, a record and a quality benchmark.
Zone work by floor material and soil type. Schedule cleaning outside busy periods, and define water refill, drainage, consumables and manual touch-up procedures.
Equipment & integration
Commercial scrubber robot + zone and route configuration + maintenance training. Confirm automatic water handling, elevator integration and cross-zone dispatch against actual configuration and site conditions.
Proposed acceptance approach
Assess cleaning quality, effective coverage, completion time and manual touch-ups for agreed soils and areas. Include refill and maintenance time in the work cycle.
Site validation priorities
Check door widths, floor level changes, slip conditions, water, power and drainage. The brochure maximum is not on-site effective productivity; measure it in trials.
These are solution concepts, not delivered case studies or standard-equipment commitments. Models are shortlisted from the brochure; functions, accessories, integration and services require project confirmation.
DEFINE / PILOT / DELIVER
Prove one use case. Then scale with evidence.
Define the task
Define the site, task frequency, current workflow, budget and owner.
Output: requirements and site constraintsPlan and configure
Confirm versions, accessories, software licenses, integration scope and pricing.
Output: configuration and project scopeRun a focused pilot
Test a representative route or workstation; record successes, failures and takeovers.
Output: pilot report and acceptance findingsDeliver and maintain
Agree on training, spares, maintenance, incident response and expansion criteria.
Output: handover documents and service termsMEASURE WHAT MATTERS
Set acceptance criteria before the equipment arrives.
Task success rate = successful completions / all test attempts. Record routes, payloads, conditions, failures and takeovers together. Both parties agree targets before the pilot.
Handover should cover configuration and licenses, test records, operator training and service scope, as defined in the signed project agreement.
Get clear answers before procurement.
Do I need to choose a model first?
No. Start with the task, site photos or a floor plan, usage frequency, region and schedule. We can then define the form factor and configuration together.
What should the budget include?
Beyond hardware, allow for sensors, accessories, software licenses, integration, shipping, deployment, training, consumables and maintenance. Configuration and services are quoted separately.
Can it operate autonomously or connect to existing systems?
Assess the hardware version, API rights, network and site conditions. Navigation, recognition, knowledge bases, access control and work-order interfaces need explicit configuration and test items.
How do we decide whether to scale the pilot?
Agree on test count, conditions, success criteria and targets before comparing the pilot with your current process. Count every attempt and include takeover, charging and maintenance costs.
02 / ROBOTICS PORTFOLIO
Find your fit.
Specifications and images are drawn from the supplied Zhiyuan Zhixing product brochure; product names follow the brochure. Runtime, payload and options depend on configuration and test conditions.
13 products
Robot dogs
钢镚 L1
Research / Inspection
- Weight incl. battery
- ≈15 kg
- Max. payload
- ≈8 kg
- Runtime
- 1–2 h
- IP rating
- IP54
Brochure p. 3
Robot dogs
钢镚 L2
Inspection / Transport
- Continuous walking payload
- 16 kg
- Battery capacity
- 756 Wh
- Max. slope angle
- 40°
- IP rating
- IP66
Brochure p. 4
Robot dogs
铜锤 M1
Inspection / Transport
- Weight (footed version)
- ≈35 kg
- Max. payload
- 35 kg
- Runtime without load
- 5 h
- Runtime at full load
- 3.5 h
- IP rating
- IP67
Brochure p. 5
Robot dogs
酷拓 D1 MaxPro
Inspection / Transport
- Weight
- 68 kg
- Payload
- 50 kg
- Runtime under load
- 2 h
- Continuous stair step height
- 30 cm
Brochure p. 6
Robot dogs
酷拓 D1 Pro / Edu
Education / Events
- Weight
- 15.5 kg
- Rated payload
- 5 kg
- Runtime
- 1–2 h
- Continuous stair step height
- 16 cm
Brochure p. 7
Humanoid robots
灵犀 X2
Education / Events
- Height
- ≈1.31 m
- Weight incl. battery
- ≈39 kg
- Active degrees of freedom
- 30
- Walking runtime
- ≈2 h
Brochure p. 8
Humanoid robots
远征 A2 旗舰版
Reception / Events
- Height
- 169 cm
- Weight incl. battery
- 69 kg
- Active degrees of freedom
- 40
- Continuous walking runtime
- 1.5 h+
Brochure p. 9
Humanoid robots
远征 A3
Education / Events
- Height
- 173 cm
- Weight incl. battery
- 55 kg
- Battery capacity
- 1152 Wh
- Combined runtime
- 10 h
Brochure p. 10
Humanoid robots
远征 A3 Ultra
Reception / Events
- Height
- 174 cm
- Weight
- 60 kg
- Standard runtime
- 8 h
- Compute specification
- 700 TOPS
Brochure p. 11
Task robots
远征 A2-W
Flexible manufacturing
- Weight
- 230 kg
- Payload per arm
- 5 kg
- Degrees of freedom per arm
- 7
- Runtime
- 5 h
Brochure p. 12
Task robots
精灵 G1
Operations / Data collection
- Adjustable height
- 130–180 cm
- Weight
- 150 kg
- Degrees of freedom, excluding end effectors
- 20
- Runtime
- 4 h+
Brochure p. 13
Task robots
精灵 G2
Flexible manufacturing
- Adjustable height
- 1225–1795 mm
- Weight incl. battery
- 185 kg
- Rated arm payload
- 5 kg
- Runtime
- ≈4 h
Brochure p. 14
Task robots
智元绝尘 C5
Commercial cleaning
- Tank capacity
- 90 L
- Scrubbing width
- 550 mm
- Maximum coverage rate
- 1980 m²/h
- Scrubbing runtime
- 3 h
Brochure p. 15
This catalog is for selection, not live inventory. Pricing, delivery, configuration, development interfaces and service scope are confirmed in the written proposal.
BUILD YOUR ROBOTICS BRIEF
What should your robot do?
YOUR ROBOTICS / BRIEF
Turn requirements into a plan.
Fill in your requirements to generate and copy a brief, or open a prepared email to contact us.
Talk by phone
19926595479 ↗ceo@oneonetalk.com
SOLUTIONS / PROCUREMENT
Robotics solutions
CREATE / CONNECT / COMPUTE / EMBODY
Connect hardware and intelligence.
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