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Hunan CIZON Robot
湖南驰众机器人股份有限公司
A Changsha industrial mobile-robot manufacturer describing custom AGVs for production logistics. Evaluate the load carrier, route, transfer mechanism and lifecycle support as one configured system.
01 / Company
What this company supplies
The original Hunan company
The company introduction names Hunan CIZON as an industrial AGV developer and manufacturer, combining sales, installation and after-sales work. It gives 2012 as the company starting year and discusses custom design driven by customer processes. The exact current Hunan legal name also appears in the contact page. Some site footers retain a shorter earlier name; this profile uses the exact original-table identity and the current company/contact statements, rather than treating a footer as proof of a different entity. [S1]
Keep the Hunan and Jiangsu contacts separate
The contact page has separate Hunan and Jiangsu legal-company sections. The original-table company in this profile is the Hunan entity. Its official contact email is retained in a dedicated private CRM field; the Jiangsu address is not assigned to Hunan. Ask which entity contracts, manufactures, installs and services the proposed vehicle, especially where a quotation involves a regional business or affiliate. [S1]
02 / Products
A range with distinct purchasing tasks
Fork-lift AGVs
The fork-lift family description refers to electric fork lifting and standard pallets or insertable material frames. It gives a broad custom-load range, not a rating for each pictured vehicle. Three numbered picture entries do not provide sufficient evidence of three exact specification models. Review fork dimensions, load centre, pallet entry, lift height, stabilizing requirements and the station transfer sequence on the configured machine. [S2]
Carrier, roller and assembly-transfer vehicles
The catalog separates carrier/lifting, roller and assembly-lifting families. Those labels describe different handoff mechanisms. A roller transfer needs aligned station geometry and control handshakes; a lifting platform needs support and restraint conditions. Request the exact deck, roller or lifting assembly rather than treating all AGVs as interchangeable payload boxes. [S2]
Outdoor heavy loads, towing and custom vehicles
Separate catalog categories address outdoor heavy-duty, towing and special vehicles. Outdoor conditions introduce surface, slope, weather, braking and traffic questions that an indoor empty-vehicle demonstration does not resolve. A towing proposal also needs trailer resistance, coupling, train geometry and route-clearance review, not only a stated nominal tow mass. [S2]
Published in this directory
Start the technical discussion from the product families below, and ask for the data sheet of the exact model you want to compare.
Different AGV families require different acceptance questions [S2]
| Item | Published statement | Detail to keep with it |
|---|---|---|
| Fork-lift | Electric fork lifting; pallet or material-frame handling | Verify exact load centre, fork interface, lift height and dock tolerance. |
| Carrier / lifting | A separate load-support and lifting category | Define support, restraints, load geometry and station-height transfer. |
| Roller transfer | A distinct roller-handoff category | Align station rollers, load detection, pinch-point protection and handshake states. |
| Outdoor / towing / special | Separate custom vehicle categories | Resolve weather, surface, braking, coupling and traffic in the ordered design. |
Family claims and broad customization ranges are not per-model specifications. The numbered picture pages do not establish unique configured models or measured vehicle performance.
03 / Technical scope
Work from the load and route toward the AGV configuration
Navigation is a selected system
The company names magnetic, inertial, QR-code and laser navigation technologies. Identify the selected combination and what markers, maps or reflectors it needs. Agree on navigation maintenance and recovery after changes to the floor plan; a list of technologies does not prove that one vehicle includes all of them. [S1] [S2]
Mechanical transfer can set the bottleneck
At a production station, vehicle arrival alone is not a completed task. Define docking, pallet engagement, lift or roller movement, load-retention monitoring and ready/complete signals. Measure the full handoff under representative packaging tolerances and load offsets. [S2]
Charging and dispatch need ownership
The fork-lift family mentions wireless communication, PLC control and automatic online charging. Request the ordered battery, charger, charge scheduling and dispatch arrangement. Vehicle availability depends on the actual duty cycle and charge windows; the catalog does not provide a measured fleet-availability figure. [S2]
Maintain the cell after commissioning
Define spare parts, service response, access to configuration backups, fault logs and map revisions. Review operator recovery from obstruction, failed transfers or lost communication. The proposed system should be supportable in the buyer’s country and working hours, independently of the company’s broad export statements. [S1] [S2]
04 / Quality
Certifications and quality
An institutional account of a company visit
Hunan’s Department of Industry and Information Technology published an account on 30 October 2024 naming this company among businesses visited the previous day in Yuhua Economic Development Zone. The report discusses production, product displays, research and digital transformation across the visit. It provides independent institutional context for the company’s local activity; it does not validate a particular AGV rating, certify safety or constitute an inspection performed by this platform. [S3]
Separate statements from qualification
The company lists awards, customer names and technical qualifications. Those statements are not reproduced here as verified credentials or customer case studies. Require issuer, legal holder, dates and scope for any credential relevant to the contract. A company award does not certify an AGV application, braking performance or safe mixed traffic. [S1]
Review the complete AGV safety boundary
Request the application risk assessment, load retention, stopping-distance test conditions, protective-device scope, manual recovery rules and integration responsibilities. Sensors and safety bumpers should be tied to the selected system and operating envelope, not used as a blanket claim that collisions cannot occur. [S2]
Before ordering, ask the company to send the certificates and test reports that apply to your configuration. How these profiles are compiled.
05 / Project fit
Where to start the technical discussion
Typical projects matched to the supply scope above, with the first questions to settle for each.
Replace a manual forklift handoff
Begin with the existing pallet and station operations. Compare the manual and proposed autonomous sequences using the same completed task, load conditions and shift window. Confirm handling of damaged pallets, obstructed stations and urgent manual work. This is procurement analysis, not a documented customer saving. [S2]
Supply a production line through changing priorities
Describe the peak task queue, dispatch priorities, empty-container return and how a station requests or rejects a delivery. Simulate or trial the workload before fleet sizing; a broad load range does not determine fleet count or takt performance. [S2]
Move a large assembly outside
Provide surface, slope, load geometry, wind/weather limits and pedestrian crossings. Ask which structural, environmental and braking conditions apply to the custom heavy-duty configuration. Keep outdoor claims separate from indoor AGV demonstrations. [S2]
Turn the supply scope into a project handover
The documents and checks to agree with this company at each stage of delivery.
Confirm the vehicle and carrier
Freeze the model/configuration drawing, load centre, mounting or fork interface, battery, charging and navigation components.
Accept the complete transfer
Run loaded arrival, docking, pickup/release and departure with the agreed range of packaging and station variation.
Validate abnormal operation
Demonstrate obstruction, damaged carriers, lost communication, failed handoff, charge interruption and safe restart.
Transfer the operating knowledge
Receive drawings, software/map backups, maintenance and inspection instructions, operator training and support contacts through the contract.
06 / Next step
A clearer brief starts with these details
- Pallet/frame/trailer drawings, loaded mass, centre of gravity and restraint conditions.
- Transfer method, fork/deck/roller geometry, lift height and ready/complete signals.
- Route survey including aisle widths, floor joints, slopes, doors and pedestrians.
- Task priorities, peak queues, charging windows and the completed-task acceptance definition.
- Contracting and manufacturing entity, local service, documentation and spare-part responsibilities.
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Your brief opens with this manufacturer selected. Submission is an inquiry, not an order.
Common buyer questions
Does the custom-load range rate every fork-lift picture?
No. A family range describes customization capability; an ordered vehicle needs its own drawing, load-centre conditions and rating.
Are the numbered picture entries three reviewed models?
No. The captured pages do not establish exact model identities and parameter tables. They remain catalog evidence, not separate product URLs in this directory.
Does every vehicle use all listed navigation methods?
No. Navigation is configuration-specific. Require the selected technology, infrastructure, map maintenance and recovery method.
Are the customer names verified case studies?
No independent case validation is claimed here. A comparable reference should include permission, scope and measured acceptance evidence before being used as a project benchmark.