Lifting-based material transfer

AMR L Series

A lifting mechanism. A connected logistics workflow.

Inventory Transfer150–600 kg payload range
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Product information and demonstrations,
scoped around your environment.

AMR L Series, complete product viewAARYVYA / Lifting-based material transfer

01 / Product overview

A lifting mechanism. A connected logistics workflow.

The L Series is designed for internal logistics tasks requiring a lifting mechanism and a higher payload range. The provided portfolio describes a 150–600 kg range for compatible lifted loads.

Potential load arrangements include compatible racks, pallets and transport fixtures. The selected carrier, pickup geometry and handling method need to match the robot configuration.

Use it to examine heavier repeat movement across a factory or warehouse. Assess loads, floor conditions, clearances and handover points together so the route works as a complete process.

02 / Core capabilities

A role defined by the work.

01

Lifting transfer

Pick up and move compatible lifted loads.

02

150–600 kg range

Select a configuration within the supplied portfolio range.

03

Industrial workflow fit

Support repeated factory and warehouse transfer processes.

04

Central task coordination

Participate in compatible RoboFleet assignments.

150–600 kg

Payload range supplied in the transfer portfolio. Final capacity and load compatibility depend on the selected configuration.

03 / Where it fits

Start with your environment.

These contexts guide evaluation. The operating space, process and selected configuration determine the final deployment scope.

  • Factories
  • Warehouses
  • Production supply
  • Storage and dispatch

04 / Use scenarios

01

Compatible pallet movement

Assess pallet geometry and transfer points for a lifting workflow.

02

Rack transfer

Move suitable racks between storage and work areas.

03

Production supply

Support heavier compatible loads along a defined route.

05 / Operational value

Useful outcomes. Considered deployment.

01

Automated heavy-load movement

Evaluate repeated transport tasks within the documented load range.

02

Connected logistics zones

Link storage, production and dispatch handovers.

03

Fleet-based expansion

Assess additional routes after a useful pilot.

06 / System & ecosystem

Part of the bigger picture.

RoboFleet connects compatible AMRs to call-button requests, barcode-triggered jobs and central task distribution. Define pickup and delivery points, load handling and task priorities together. Fleet coordination should follow the actual movement pattern of the facility, with compatibility and interface scope confirmed during planning.

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Deployment discussion

Four questions to start with.

  1. The task

    What recurring work or interaction should this system support? Define the outcome and who is responsible for it.

  2. The environment

    What space will it operate in? Review access, routes, surfaces and the people sharing the area.

  3. The configuration

    Which confirmed functions and equipment are required? Review compatibility and any interfaces before setting scope.

  4. The evaluation

    What would a useful demonstration or pilot show? Select a representative task and agree how the team will assess it.

A conversation is the first step

Explore AMR L Series for your environment.

Request product information, discuss deployment or ask about a demonstration.