Maximum efficiency

Robot navigation via real-time control to ensure movement along the most efficient path.

Space utilization

Requires 25 percent or less space when compared to traditional sortation systems.

Labor productivity

High sort density in compact space results in larger batches for greater picking efficiency and productivity.

Complete modularity

Robots can be easily added at any time to increase throughput and all system components are modular for simple expansion and reconfiguration.

Ultimate flexibility

Unit and parcel sortation can be used separately or simultaneously, and the system is fully portable, configurable and scalable with no fixed infrastructure or permitting.

Lower capital investment

Robots cost 40 to 50 percent less than a traditional tilt tray or crossbelt system and can be purchased and installed as needed to postpone investment and enable complete utilization of the asset.

High capacity

Multi-level design can more than double the volume, sort points and capacity in a single footprint.

Faster startups

Implementation is typically ½ the lead time for traditional fixed track systems.

Higher ROI

Lower investment, shorter lead times, faster implementation, reduced space, lower headcount, and incremental expansion/capital expenditures – all drive greater than 2X increase in ROI.

Redundancy & risk mitigation

No single point of failure anywhere in the system. The system has mirrored servers, redundant infrastructure and an uninterruptable power supply backup.