Zebra Robotics Fetch100 Roller Series

Zebra Robotics Automation

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Harness Flexibility
Fixed infrastructure occupies valuable floor space and is both costly and time consuming to modify when changes arise. AMRs are a flexible alternative for operations looking to eliminate linear bottlenecks and reclaim floor space.

Connect Islands of Automation
Automated substations such as CNC machines and AS/RS are essential in maximizing production capacity, but are often isolated from one another. Our AMRs bridge the gap between stations by autonomously delivering work-in-progress materials.

Reduce Waste and Maximize Value
Supports lean manufacturing by autonomously transporting raw, WIP, and finished good materials to and from assembly lines or work cells, enabling your highly-skilled technicians to focus on value-added tasks instead of waiting for material.

Powered Roller Conveyor. Elevate Efficiency in Conveyor Driven Environments.

Elevate efficiency in conveyor driven environments with the Fetch100 Roller. Its adaptable design and autonomous navigation enable seamless loading/unloading without human intervention. UltraSLAM enabled.

Applications include Work in Progress, Lineside Delivery, AS RS to Packout & Pick-to-Tote

Automate Conveyor Delivery to Increase Workforce Productivity

Key Benefits

Automate loading and unloading of totes and bins from conveyors or ASRSs
Simplify worker/robot collaboration with touchscreen, smart LEDs and barcode scans
Automatically trigger induction or deduction via Zebra Symmetry™ software
Integrate existing conveyor controls with Symmetry using optional IIoT smart gateway
Increase utilization in highly dynamic workspaces via Zebra’s world-leading UltraSLAM™

Coexist with Current Conveyor Infrastructure

Conveyor systems have dramatically increased industrial efficiency for many years. However, these fixed assets are hard to adapt to today’s ever-changing material transport requirements. Zebra's Fetch100 Roller solution brings adaptability and increased levels of automation in these conveyor environments.