AS/RS and robot cells: plan the storage-to-production handoff

An automated storage and retrieval system can deliver inventory to production, while a robot cell performs the next handling or processing task. The difficult interface is often the handoff between them: the correct material must arrive in a usable container, at the right time, with consistent identity and a clear owner. Specify that interface before buying the two systems separately.

Define what storage delivers

State whether the robot receives a pallet, tote, tray, carton, fixture, or individual part. Record maximum and minimum dimensions, load condition, orientation, and usable gripping surfaces. Include the empty carrier's return route. If someone must decant cases into trays before the robot can work, identify that as a production operation with space and staffing requirements.

Dematic's pallet-handling documentation describes combinations of AS/RS, conveyors, AGVs, and execution software. This illustrates why the storage mechanism and the cell delivery mechanism may be separate subsystems. Request an end-to-end flow drawing with both included.

Use the material handling equipment guide to compare the connecting transport. The interface should remain understandable even if different suppliers provide storage, transport, and robotic handling.

Assign physical and digital ownership

For every transfer, identify the source system, destination system, command issuer, and completion event. Distinguish a load request from permission to enter a station. Distinguish physical arrival from acceptance of the correct material. Then define how both systems resolve disagreement without silently duplicating inventory or losing track of a part.

GS1's traceability framework connects identification with recorded events. For your project, apply that idea to load arrival, part removal, and carrier return. Decide which system holds the authoritative record and how corrections are approved when a manual intervention changes physical contents.

Specify delivery service, not average speed

A robot cell cares whether material arrives before its local supply runs out. Ask the storage supplier for delivery-time behavior under the expected mix of requests, replenishments, and priority jobs. Average retrieval time alone can hide occasional long waits that stop production.

As a hypothetical example, a cell consuming one tray every five minutes has fifteen minutes of work when three ready trays are staged. If the replenishment request is sent only after the last tray enters the cell, most of that buffer advantage is lost. Specify the reorder trigger and destination capacity together. Validate the buffer against observed or simulated delivery variation; this simple example is not a sizing guarantee.

For tray-based supply, use the tray handling guide to define seating, occupancy, and replacement tolerances. A storage system returning the right tray does not establish that its pockets locate the parts accurately enough for the robot.

Test system boundaries during failures

Write joint tests for a blocked destination, unavailable inventory, wrong load, interrupted network connection, and restart after power loss. Confirm how pending commands are identified and whether a repeated message can create a second physical delivery. Require each vendor to explain its timeout and cancellation behavior.

AutoStore's CarouselAI combines bin presentation with a robotic picking workstation. It is one example of closely integrated storage-to-picking equipment. When comparing an integrated package with separately supplied systems, ask whether the package covers your products and recovery needs, and which integration work remains outside its scope.

Have qualified personnel assess access, transfer hazards, and recovery across all equipment boundaries. The risk review should follow the actual movement and human tasks, even when purchase orders divide the installation into separate packages.

Contract for a shared acceptance run

Assign an overall integration lead and require both suppliers to participate in end-to-end acceptance. Measure good production output, supply starvation, blocked transfers, inventory discrepancies, and labor interventions. Include startup, shift changes, replenishment, and empty-carrier return. Agree which team diagnoses faults that first appear at the boundary.

Quote the FAIRINO production handoff

Consider a FAIRINO arm for the production handoff where retrieved material must be picked, oriented, or loaded into a machine. Review the FAIRINO lineup against the load and working envelope, then have the storage-to-robot interface and recovery sequence scoped for that model. Request a FAIRINO integration quote with carrier drawings, delivery-time requirements, identity rules, and the existing controls documentation. A value-focused comparison should include the buffer, locating equipment, tooling, and engineering needed to turn storage deliveries into usable production inputs.