Find the right robot for your process.
Pallets, containers and load carriers moved
between production and warehouse areas.
Pallet pickup and placement.
Matched to the load carrier and transfer height.
Handling higher rack levels
and warehouses with narrow aisles.
Automated floor care in warehouses and factories.
Projects across industries.
Plan, connect and manage.
AGV tasks, vehicle assignment, traffic and fleet monitoring.
Explore the system
Loads, locations, transport requests and warehouse reports.
Explore the system
Fleet visibility, operators, checks, service and reporting.
Explore the system
Simulate your warehouse, transport flow and AGV fleet scenarios.
Explore the systemFrom robot monitoring to transport coordination.
Fleet Manager brings the factory map, tasks and robot statuses into one place. Define transport processes and analyse fleet utilisation.
Connect a vehicle’s map position with its task, status and alarms.
Set the sequence of transport tasks and conditions for moving to the next step.
Check completed transports, cycle times and periods when robots were waiting.
The map shows where transport takes place. Vehicle details explain its status, the editor defines process logic, and reports help you review results. Open a screenshot to explore the interface.
Example interface screens using demonstration data.
Enlarge screen Start with the factory map instead of searching across separate views. Robot positions and routes sit alongside a summary of tasks, resources and alarms, helping you identify which transport needs attention.
Enlarge screen Select a vehicle to inspect its panel without losing sight of the factory floor. Movement status, battery, position and current task put the device’s condition in the context of the transport operation.
Enlarge screen Transport involves more than moving from A to B. The editor describes waiting for a free resource, carrying a load and recording a delivery event. The team can review each action and the conditions for the next step.
Enlarge screen Compare completed transports, cycle times and vehicle utilisation over a selected period. Review these alongside alarms and resource locks to identify areas that need closer investigation.
An order from a business system needs to become a transport task and return an update on its completion. We begin by identifying task sources, pick-up and drop-off points, and rules for shared resources. WMS, MES or ERP integration is scoped to your infrastructure.
Define where orders originate and which updates need to return to the site’s business systems.
Map pick-up and drop-off points, priorities and shared resources.
Plan the first phase and further areas of automation as the fleet expands.
Fleet management is the layer that keeps the whole system in order: it assigns tasks, controls queues, resolves traffic conflicts and shows operators what is happening on the floor.
Central orchestration protects throughput when the number of vehicles and process points starts to grow.
The more vehicles and process points you have, the more important central orchestration becomes. It decides which robot should execute which task, how to avoid congestion, when to pause traffic and how to keep throughput stable with changing production or warehouse priorities.
A good fleet management system also creates transparency. The team sees task queues, vehicle statuses, fleet utilization and the process points where losses appear. That means it can support both live control and continuous optimization.
We will review your vehicles, transport workflows, task sources and integration needs to define the right system scope for your site.
This site uses cookies for core functionality and basic analytics. By clicking "Got it", you accept their use.
Privacy policy