Mobile robot and load interface
The vehicle and the equipment needed to carry, receive, or exchange the item being moved.
Autonomous mobile robots for material movement.
Autonomous mobile robots support defined movement tasks between production, storage, and warehouse hand-off points. The system is planned around what moves, where it starts and ends, the route, the hand-off, and the people and equipment already using the area.
Material-movement workflows
Start with the movement task and the hand-off points. The warehouse automation pages show the workflows that a mobile robot system can support.
Mobile material transport
Repeat movement between defined production, storage, and hand-off locations.
Tugging and pallet movement
Planned movement of loaded carts, palletised goods, or supporting equipment.
Sortation and order-picking support
Material hand-off around defined picking, sorting, and fulfilment steps.
Factory material handling
Part transfer and presentation around machines and production stages.
How an AMR system is selected
The system is selected from the movement workflow, not from the vehicle alone. These conditions establish whether the task is practical and what the system needs to include.
- What moves
- The item, container, cart, or pallet to be moved and how it is presented for collection and hand-off.
- Start and end points
- The pick-up, drop-off, waiting, charging, and replenishment points required in the workflow.
- Route and traffic
- The travel area, access, intersections, people, equipment, and changing conditions around the planned route.
- Hand-off and integration
- The physical and controls interfaces at each point where work is collected, transferred, confirmed, or released.
- Operator and exception workflow
- The steps people take to release work, replenish the process, respond to an issue, and continue operations.
What an AMR system includes
A mobile robot is one part of the workflow. The complete system scope is defined by the movement task and the surrounding operation.
Pick-up and drop-off points
The stations, presentation method, and physical or digital signals that make each hand-off repeatable.
Operating workflow
The route conditions, traffic approach, exception handling, and human steps required to run the movement task.
Fit check
An AMR system is worth assessing when the movement task, route, hand-off, and operating conditions can be described clearly.
Repeat movement task
The same material needs to move between known points as part of the operating workflow.
Defined hand-off
The process identifies how work is collected, carried, received, and confirmed at both ends of the move.
Reviewable operating area
The route, people, equipment, access points, and changing conditions can be reviewed as part of the system scope.
When to address the workflow first
Some material-movement tasks need a clearer process before a mobile robot system can be scoped effectively.
Unclear source or destination
If there is no consistent pick-up, drop-off, or ownership of the hand-off, define these points before selecting a system.
Unstable material presentation
If items arrive in variable ways or cannot be received consistently, resolve the presentation method first.
Unknown route conditions
If access, traffic, operating rules, or exception handling are still unclear, these need review before defining the workflow.
FAQs
These questions help define whether autonomous mobile robots are worth a closer review.
What is an autonomous mobile robot system?
An autonomous mobile robot system combines a mobile robot with the pick-up and drop-off points, route conditions, traffic approach, hand-off, controls interfaces, and operating workflow required for a defined movement task.
Which material-movement tasks can use an AMR?
AMRs can be assessed for defined moves such as line supply, work-in-progress transfer, finished-goods transfer, tote movement, or order-picking support. The practical fit depends on the route, hand-off, load presentation, traffic, and exceptions.
How is an AMR workflow specified?
The workflow is specified from what moves, where it starts and ends, how it is picked up and dropped off, the route conditions, people and vehicle traffic, and the operating or exception steps around the task.
Can an AMR connect to existing equipment?
Existing equipment can be assessed when the hand-off points, physical access, signals, operating conditions, and operator workflow can be defined. The required integration depends on the specific workflow and equipment.
What happens after I contact Uru Robotics?
The first conversation focuses on the material-movement task you want to improve. Uru Robotics can then decide whether a closer review of the workflow and system options is useful.
Return on investment
Use your production figures to explore a simple planning estimate.
Contact Uru Robotics.
Find out whether autonomous mobile robots are right for your operation.