AGILOX OFL

About

About AGILOX OFL

AGILOX OFL uses an omnidirectional base and free-lift mast to collect pallets and customer-specific carriers from floors, conveyors and rack stations. The primary configuration moves loads up to 800 kilograms and services transfer heights reaching 1.2 metres.

The scissor-free lifting structure provides clear access beneath the carried load and supports precise station alignment. X-SWARM coordinates traffic and task distribution across several robots, while navigation uses the existing environment without installed guidance infrastructure. Higher-capacity configurations extend the platform to 1,200-kilogram loads.

Capabilities

Source-backed capabilities

  • Capability areas: X-SWARM fleet coordination
  • Workflows: Warehouse material handling, Warehouse automation, Pallet transport AMR
  • Operating environments: Warehouse environment
  • Navigation and obstacle avoidance

    Claimed - AGILOX presents OFL as an omnidirectional free-lift AMR for pallets and custom load carriers.

    Source
  • Pallet transport and handling

    Claimed - AGILOX presents OFL as an omnidirectional free-lift AMR for pallets and custom load carriers.

    Source
  • Material handling

    Claimed - AGILOX presents OFL as an omnidirectional free-lift AMR for pallets and custom load carriers.

    Source

Timeline

  • AGILOX demonstrates OFL and ODM AMRs at LogiMAT 2026

    2026-03-24 - Demonstration - The 150-square-metre booth presented the OFL and ODM side by side within AGILOX's current AMR portfolio. Visitors could test commissioning, station setup, routing and order-handling functions through AGILOX HMI. The software display covered simulation-based development, end-to-end digital twins, X-SWARM and AGILOX WORLD.

    Source
  • AGILOX launches OFL autonomous free-lift robot

    2025-03-11 - Product Launch - The initial 2025 configuration supports loads up to 800 kg and station heights up to 1.2 metres. AGILOX designed the OFL to deliver, stack and store pallets and other load carriers. The robot uses the company's X-SWARM fleet-coordination technology and a new 3D-sensor obstacle-avoidance system.

    Source

Context

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