The route is only one part of the workflow
Pickup conditions, task priority, handoff states and exception handling must be defined before a robot can support day-to-day operations.
MOBILE ROBOTICS FOR OPERATIONAL WORKFLOWS
Autonomous Mobile Robot (AMR)
Plan a repeatable material-movement workflow around the site, task logic and systems the robot must work with.
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PRODUCT OVERVIEW
Start with the operating workflow.
An autonomous mobile robot platform for teams evaluating repeatable material movement, route coordination and integration with operational software.
Configurations, payload options and regional availability are confirmed during enquiry review.
- Configurable movement workflows
- Operational status visibility
- System integration planning
What the deployment needs to resolve.
Operational systems need usable status
Task creation, robot state and completion events need clear interfaces for warehouse, manufacturing or facility software.
Site conditions affect the configuration
Layout, traffic, floor conditions, safety requirements and handoff points must be reviewed against the intended deployment.
Move from evaluation to a confirmed delivery scope.
- 01
Review the movement task
Define origins, destinations, payload handling, task triggers and the operational result expected from the deployment.
- 02
Map the system interfaces
Confirm how tasks enter the robot workflow and how status, exceptions and completion data return to the operating system.
- 03
Validate in the target environment
Test the agreed route, handoff behaviour and recovery conditions using the selected configuration and real site constraints.
- 04
Prepare operational handover
Document the confirmed workflow, interfaces, operating boundaries and responsibilities for continued use.
CONFIGURATION REVIEW
Specifications are confirmed for the real deployment.
We do not publish unverified figures. The following items are confirmed against the selected configuration, target workflow and operating environment.
- Payload and top module
- Confirmed for the target material and handoff method
- Navigation and site mapping
- Confirmed after a site and route review
- Task and fleet interfaces
- Confirmed against the required operational system
- Charging and operating cycle
- Confirmed for the planned duty cycle
- Safety and regional requirements
- Confirmed for the deployment location
- Documentation package
- Defined with the agreed delivery scope
APPLICATIONS
Typical application areas
- Internal material transfer
- Warehouse and facility workflows
- Automation proof-of-concept programmes
INTEGRATION
Topics to confirm before delivery
- Fleet or task APIs
- Workflow triggers and status events
- Site mapping and operational handover
DELIVERY OUTPUT
Know what the review is expected to produce.
- Configuration recommendation based on the intended workflow
- Integration scope for task, fleet and operational interfaces
- Validation plan covering routes, handoffs and exception states
- Confirmed documentation and handover scope
Questions to clarify before enquiry.
Can the AMR connect to an existing warehouse or facility system?
Integration can be reviewed where the existing system provides suitable task, status or workflow interfaces. The exact scope depends on the available API documentation and operating process.
Can YUNJI recommend a payload or top-module configuration?
Yes. The recommendation begins with the material, load, pickup and handoff requirements. Final compatibility is confirmed during technical review.
Do you publish fixed payload, speed and runtime figures?
Not before the configuration is verified. These values depend on the selected platform, payload, route, duty cycle and operating environment.
What information is useful for an initial review?
A site layout, movement route, material description, handoff process, target operating cycle and any required software interfaces provide a practical starting point.
PRODUCT ENQUIRY
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