Stacker-crane automated storage

Assess automated load access in rack aisles using building and flow data.

How is the project assessed?

A stacker crane is an automated-storage approach for placing and retrieving loads within a defined rack aisle. The load unit, rack height and building geometry affect design.

Review inbound and outbound conveyors, load checks and inventory management together. Peak movements and concurrent requests in the same aisle affect the cycle review.

Rails, structure, maintenance access and safety conditions need application-specific checks. Speed, lifting capacity and certification require verified documentation for the selected model.

Example system flow

  1. 01Input / task
  2. 02Identity / control
  3. 03Handling / processing
  4. 04Delivery / record

Information for technical review

  • Load, product and label samples
  • Layout and target flow
  • Software interface and acceptance criteria

How is the configuration defined?

Load and conditionsAssessed with samples and the site inventory.
Speed / cycle timeDefined by task mix and layout calculations.
Dimensions and interfacesSpecified in the selected model’s approved technical offer.
Safety, warranty and maintenanceConfirmed by documentation and the written project scope.

Capacity, timing, compatibility and price are defined in the technical offer after samples, site data and scope are reviewed. This page does not make unverified performance or certification claims.

Related solutions

Questions before a project

Will it work with our existing system?

The team reviews machines, PLCs, software and interfaces. Compatibility, connection responsibility and additional hardware are defined in the technical offer; universal compatibility is not assumed.

Can we start with a pilot or trial?

Start with a limited task and acceptance criteria. Samples or site data define the trial, measures and next decision. Pilot availability and terms are agreed for the specific project.

Does installation stop production?

Connections and safety requirements may need a planned stop or test window. Agree the schedule with production and maintenance teams; zero downtime is not guaranteed.

How are capacity and price determined?

Product or load samples, target flow, conditions and integration scope are reviewed. The final configuration and commercial offer are based on these inputs.

How are data and software interfaces planned?

Define data sources, interfaces, permissions, retention and recovery responsibilities. On-site or cloud deployment is assessed against the customer environment.

What is the service and maintenance scope?

Discuss maintenance access, training, spares and remote support in the offer. Coordination with STU Servis is available through the group; warranty and response commitments require a written scope.

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