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Sign inManufacturer profile · Warehouse equipment and robot logistics integration
IO-SFXS Logistics
湖北三丰小松物流技术有限公司
A Huangshi warehouse-equipment producer and system integrator. Define the transport unit, storage interfaces and acceptance workload before choosing its AGV, gantry or palletizing scope.
01 / Company
What this company supplies
The original company and its supply boundary
The company introduction describes automated warehouse planning, system design and storage-equipment production. It says the business was established in 2013 under a former warehouse-equipment name and renamed in May 2022. The original CRM identity is the current legal name. Treat the history as a company account; the separately read listed-parent report confirms the current entity name and subsidiary context, rather than establishing every historical milestone. The warehouse-equipment producer is distinct from other similarly named Sanfeng group companies. [S1] [S3]
A project requires equipment and software responsibilities
The website lists stacker cranes, four-way shuttles, AGVs, RGVs, conveyors, lifts, electrical controls and information systems. This industrial-robot directory focuses on the mobile handling, gantry and palletizing portions of that range. A warehouse order can combine machines from several sources, so ask which items are designed and manufactured by this entity, which are supplied by others, and who accepts responsibility for integration. A group name alone is not a bill of materials. [S1] [S2]
02 / Products
A range with distinct purchasing tasks
AGV transport families
Three catalog entries are named laser-navigation AGV, heavy-load AGV and unmanned transport vehicle. Their descriptions remain general and the captured parameter sections do not establish configured model ratings. Do not allocate one entry’s load or navigation performance to another. Request an exact model, load centre, floor and route conditions, dimensional envelope and transfer interface. [S2]
Gantry handling
The gantry description names servo drive, rack-and-pinion and roller-guide transmission, with end tooling selected for the task. It describes handling and several production operations, but supplies no approved stroke, load or positioning value in the captured record. Span, supporting structure, tool loads and stopping distance should be checked on the ordered design. [S2]
Palletizing and warehouse interfaces
Several entries carry the same palletizing title and general description. They are not treated as five distinct model pages. Identify the robot geometry, end tool, inbound packaging variation, pallet pattern and upstream/downstream signals before requesting a configured system. Separate pallet handling from storage, conveyor and WMS/WCS obligations. [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.
Match each published family to a configuration decision [S2]
| Item | Published statement | Detail to keep with it |
|---|---|---|
| Laser-navigation AGV | A named catalog family, without a confirmed model-rating table | Request navigation, floor, load and transfer conditions for the exact configuration. |
| Heavy-load AGV | A separate catalog family; no numeric load is assigned here | Review centre of gravity, braking, floor loading, turning and charging under the proposed load. |
| Gantry handling | Servo/rack-and-pinion/roller-guide description | Require stroke, structure, load moments, accuracy definition and end-tool drawings. |
| Palletizing | Repeated family entries with general text | Resolve model identity and packaging geometry; do not count pictures as distinct configurations. |
These are supplier-published families and platform configuration questions. Missing model parameters remain unknown; generic efficiency statements do not establish productivity or savings.
03 / Technical scope
Plan a logistics chain with explicit handoff points
Start with the transport unit
Provide pallet or container drawings, loaded mass and centre of gravity, underside clearance, damaged-load conditions and the required pickup/release positions. A route that works with an empty standard pallet may fail with deformed packaging or an offset load. Review the actual transfer unit before choosing a catalog family. [S2]
Resolve movement and building constraints
Survey aisle width, floor joints and slopes, intersections, pedestrian traffic, doors and fire access. For fixed gantries, resolve support reactions, clear span, lifting access and access protection. Vehicle navigation and mechanical positioning are separate from the precision required at the receiving station. [S2]
Define WMS/WCS and PLC ownership
The company offers logistics software and controls alongside hardware. List who owns inventory truth, task allocation, equipment handshakes, fault recovery and data retention. Ask for protocol versions and state diagrams; the presence of a WMS/WCS catalog item does not establish compatibility with an existing MES or warehouse system. [S1] [S2]
Accept the integrated workload
Agree on a route and task mix with real loads, peak queues, transfer delays, charging and rejected handoffs. Record successful tasks over the complete observation window. An isolated vehicle speed or empty gantry movement is not warehouse throughput. This is platform procurement guidance, not a completed customer trial. [S2]
04 / Quality
Certifications and quality
A current regulatory identity record
Sanfeng Intelligent’s 2026 half-year report defines Sanfeng Xiaosong as this legal company and describes it as a subsidiary in the report. That gives external corporate context, supported by the actual report rather than a search snippet. It does not certify robot safety, factory capacity, delivery reliability or the suitability of a warehouse project. [S3]
Keep the plant claim with its scope
The company and capacity pages state a 150,000 square-metre plant area and describe processing and coating equipment. The platform has not measured that area, inspected the equipment or assessed available project capacity. Request which premises and resources serve the ordered equipment, and distinguish an area claim from delivery capacity. [S1]
Request project evidence
Ask for drawings, electrical and pneumatic records, inspection and acceptance procedures, software backups, maintenance plans and applicable safety documentation for the quoted system. A company credential or parent-group affiliation cannot replace the application-specific risk assessment and acceptance record. [S1] [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.
A warehouse-to-production material handoff
For a buyer connecting storage to a production station, begin with the destination’s load acceptance and signal sequence. Ask how the AGV, conveyor, lift and warehouse software share responsibility when one device stops. Compare proposals with the same peak task mix and recovery rules. This is an illustrative buying scenario, not a reported installation. [S2]
A large fixed handling envelope
Consider a gantry discussion when the work has a defined span and repeated transfer locations. Review structure, tool access, maintenance access and protection together. A catalog drawing or generic handling description does not establish that a specific building or load can accept the system. [S2]
Turn the supply scope into a project handover
The documents and checks to agree with this company at each stage of delivery.
Freeze the configuration
Identify the actual machine and bought-in equipment list, load conditions, drawings, software versions and interface responsibilities.
Run the representative workload
Test loaded transfers, peak queues, charging or return travel, stops and rejected handoffs using agreed measurement boundaries.
Accept recoverability
Demonstrate obstruction, lost communications, failed load transfer and restart without unsafe movement or lost inventory state.
Receive the operational record
Collect drawings, backups, inspection records, spare and consumable lists, training and country-specific maintenance responsibilities.
06 / Next step
A clearer brief starts with these details
- Transport-unit drawing, maximum loaded mass, centre of gravity and underside geometry.
- Pickup/release interfaces, route layout, floor conditions and pedestrian crossings.
- Peak task mix, queues, charging windows and the agreed completed-task measurement.
- PLC/WMS/WCS/MES ownership, protocols, fault states and software backup responsibilities.
- Configured model, mechanical support, guarding, drawings and acceptance/service scope.
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Your brief opens with this manufacturer selected. Submission is an inquiry, not an order.
Common buyer questions
Why are the repeated palletizer entries not separate products?
The captured entries have the same general title and no distinct model ratings. Different photographs do not establish separate products suitable for specification comparison.
Does the plant-area statement prove delivery capacity?
No. The area is a company statement. Available machinery, staffing, project load, bought-in components and acceptance schedule require a quotation-specific review.
Is the listed-parent report a safety approval?
No. It supports corporate identity and subsidiary context only. The complete warehouse or robot cell still needs its own safety and acceptance documentation.
Can a proposal be evaluated before every model parameter is known?
Yes, as a scoped technical discussion. Keep unknown ratings explicit, obtain the configured design and compare projects only after load, route, interfaces and acceptance conditions are defined.