Heavy-material delivery
Electrode rolls, cell trays and module assemblies move on X600 and X15T platforms, taking loads that are awkward and risky to move manually out of operators' hands.
Application ?New Energy Factory AMR
Autonomous material flow for New Energy.
Automate heavy and sensitive material transport across battery and energy-equipment production environments.
The operating challenge
Keep material moving as operations change.
Heavy loads, long routes and mixed traffic increase manual handling risk and reduce process consistency.
Cross-zone transfer
Robots run the long routes between coating, assembly, formation and aging areas that make battery plants some of the most transport-intensive factories, delivering consistent cycle times across shifts.
Line feeding
Production lines receive materials on schedule from automated warehouses and buffer zones, keeping high-speed cell and module lines supplied without manual shuttle runs.
Finished-product transport
Finished packs and energy-storage modules travel to testing, warehousing or dispatch on stable heavy platforms, completing an automated flow from raw material to shipment.
Deployment & safety
Built to run inside a live operation.
Long inter-zone routes are where AMRs replace the most walking and forklift travel ?fleet software chains tasks so robots rarely run empty on the return leg.
Integration with plant MES and warehouse systems lets material flow follow the production plan across zones that operate on different rhythms.
Heavy-payload robots use LiDAR obstacle detection with speed zoning near workstations, supporting safe mixed traffic on routes that cross operator areas.
Recommended X Series
Match payload and workflow.
Start with the load, then select the top module, navigation configuration and level of system integration.
X300 Series
X600 Series
X15T Series
Common questions about new energy factory amr deployments.
Why are AMRs common in battery and new energy factories?
Battery production combines heavy unit loads, long distances between process zones and multi-shift operation ?exactly the conditions where autonomous transport replaces the most manual effort and delivers the fastest payback.
Can one fleet serve different payloads across the plant?
Yes. X300, X600 and X15T robots run under the same iMS fleet platform, so a single system dispatches tote runs, heavy module transfers and pallet moves with shared traffic management.
How do robots handle the dust and floor conditions of a busy plant?
The platforms are industrial-grade and navigation is based on laser scanning of the facility structure, which tolerates typical factory floor conditions. Route planning avoids restricted process areas defined in the map.
Map your new energy workflow with an engineer.
Share your payload, route length, throughput and system requirements. We recommend a configuration and deployment path.
Request a solutionTalk to the team
For product selection, integration or distributor conversations.