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Hangzhou Yuming Robot Technology
杭州宇铭机器人技术有限公司
A Hangzhou supplier describing narrow-aisle forklift, tote-storage and cleaning robots. Warehouse geometry and the exact navigation configuration should lead the selection.
01 / Company
What this company supplies
Warehouse handling is the main context
Yuming’s company introduction lists narrow-aisle forklift robots, tote-storage robots, forklift robots and cleaning robots. The site’s recommended products also distinguish several narrow-aisle and side-loading configurations. This is a warehouse mobile-robot range, rather than a conventional fixed industrial robot arm. The public directory presently covers one side-loading warehouse AGV record. [Y1]
Navigation is selected for a proposal
The company lists single-line laser, multi-line laser, vision, QR-code and combined navigation approaches. These are alternatives described at company level. They do not establish the navigation technology fitted to the published side-loading vehicle, its localization accuracy or a standard warehouse-management interface. The exact selected method and site requirements need a configuration-specific response. [Y1]
02 / Products
A range with distinct purchasing tasks
Narrow-aisle forklift and side-loading vehicles
The company presents multiple narrow-aisle handling products. A useful comparison identifies pallet geometry, lift height, rack access and the complete route rather than relying on a narrow-aisle label. [Y1]
Tote storage and cleaning robots
Tote-storage and cleaning equipment appear in the company range. They are separate tasks and should not inherit the load or aisle parameters of the side-loading AGV published in this directory. Their model-specific specifications have not been cataloged here. [Y1]
Published in this directory
Height and load must be read together [Y2]
| Item | Published statement | Detail to keep with it |
|---|---|---|
| Published lift envelope | 0–4 m | The directory record describes a side-loading warehouse AGV; it does not supply a verified manufacturer model code. |
| Published load bands | 1,000 kg at 0–2.3 m; 500 kg at 2.3–4 m | The shared 2.3 m boundary requires written clarification rather than choosing the higher figure. |
| Minimum aisle context | 1.7 m, with stated pallet conditions | The reviewed record discusses 1.2 × 1.2 m and 1.2 × 1.0 m pallet conditions. Confirm the exact geometry and maneuver. |
These are manufacturer-published catalog statements retained in the product record. They are not a load test, route survey, safety validation or throughput measurement.
03 / Technical scope
Build the warehouse proposal around the operating route
Identify the load
Specify pallet dimensions, entry geometry, load center and mass. A catalog maximum load is not the permitted load at every lift height or with every pallet. Obtain the exact configuration and load chart before selecting the vehicle. [Y2]
Review the route
Provide rack spacing, aisle intersections, floor conditions and the loading and unloading positions. A stated minimum aisle describes one operating condition, not every turn, passing maneuver or emergency access requirement. [Y2]
Select navigation
Ask which of the company-described navigation methods is proposed, what site infrastructure it needs and how map changes are handled. Do not infer sensor redundancy or safety performance from the list of navigation options. [Y1]
04 / Quality
Certifications and quality
Independent confirmation remains a gap
An industry-platform company shop was read as a secondary comparison. It labels its information as supplied by the enterprise. No independently confirmed government, association or organizer record is established for this profile in this research round. The secondary shop is not an audit or certification. [Y3]
Ask for configuration-specific evidence
Request the load chart, vehicle identification, operating manual, safety documentation and site-acceptance plan for the quoted configuration. No certificate listed generally in marketing is assigned to this vehicle without its number, issuer, date and scope being checked. [Y2]
A different page is not a silent specification upgrade
Another official side-loading AGV page, dated 2025-03-13, describes a 1,500 kg maximum load, 4.5 m lift and 1.5 m minimum aisle. These differ from the retained product record. An exact model code and configuration relationship have not been established, so those figures are not substituted into the published record. Ask the supplier to identify the applicable version and provide its full load chart. [Y4]
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.
Pallet handling in constrained aisles
Use the published aisle and load information as a starting point for a site review. Include rack clearances, floor and traffic information. Confirm the shared load-band boundary before assessing lifts close to 2.3 m. For a rack-level transport task, list the load and load centre separately at every required height. Where a published range shares a boundary, ask the supplier to state the rating at that exact height. That response belongs to the offered configuration, not a generic vehicle family. [Y2]
A tote-storage project
The company range supports asking about tote-storage robots, but the forklift record cannot establish tote dimensions, shelf interfaces or storage throughput. Start a separate technical scope with the proposed robot and storage system. For a busy route, supply both average task demand and the busiest interval, plus where queues are allowed. A successful single-vehicle aisle demonstration does not establish dispatch capacity, charging availability or the recovery plan when a pallet or route is blocked. [Y1]
Compare proposals on the same basis
| Decision | Documents to request | Check before ordering |
|---|---|---|
| Vehicle identity | The exact quoted model and configuration with its supported pallet and load chart. | The descriptive directory product name is a manufacturer model code. |
| Warehouse fit | Rack heights, pallet geometry, route and floor information reviewed for the proposal. | A published minimum aisle proves all site routes. |
| Navigation and interfaces | The proposed navigation arrangement, warehouse-system handoff and responsibilities. | Every navigation method in the company description is included. |
| Commissioning scope | Defined site trial, training, exception recovery and support terms. | A product listing establishes a commissioned installation. |
Turn the supply scope into a project handover
The documents and checks to agree with this company at each stage of delivery.
Identify the offered vehicle
Ask Yuming to attach the exact model/configuration identifier and current dimensioned drawing to the quote. Match the stated height/load chart, pallet conditions, navigation package and options to that identifier; never merge ratings from another side-loading page.
Map each pickup and deposit task
Include loaded pallet overhang, load centre, fork entry, rack height, approach position and available clearance. Separate straight operating aisles from turning, intersections, recovery and pedestrian routes; one aisle figure cannot define the whole layout.
Explain task demand and integration
Provide time-varying transport demand, handover points, charging windows and warehouse-system requirements. Establish ownership of dispatch, blocked-route handling, low-battery states, manual intervention and task acknowledgement.
Validate the actual route
Agree loaded transport trials at the required rack levels and route conditions. Count completed tasks, queues, stops, charging and interventions in the same observation window. Have the responsible integrator assess protective arrangements and site-specific operation.
06 / Next step
A clearer brief starts with these details
- Pallet or tote geometry and entry details
- Load center, mass and required lift heights
- Rack and route drawings, floors and traffic
- Proposed navigation and warehouse interfaces
- Commissioning trials and exception-recovery ownership
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Your brief opens with this manufacturer selected. Submission is an inquiry, not an order.
Common buyer questions
Can the published aisle dimension be used as a warehouse layout rule?
Only within the stated pallet and configuration conditions, and it still leaves turning, approach, crossings and recovery to check. Use a route drawing for the full loaded envelope rather than subtracting the vehicle width from a straight aisle.
Why is the directory’s side-loading AGV not given an exact model?
The reviewed original record did not establish one. Another official page has different figures. A quote should resolve the identity and its own load/height conditions before this directory replaces the existing configuration data.
Is Yuming’s navigation method already selected for my site?
No. The company context lists options; request the method and requirements of the exact quotation.
Has this directory accepted a warehouse installation?
No site acceptance or independent operational test is established by the profile.
Related selection guides
Side-loading AGV Selection: Check the Load at the Required Height
Read Yuming side-loading AGV load limits by lifting height, pallet dimensions and aisle requirements before preparing a warehouse sourcing brief.