How do you relocate an Automated Production System? Successfully moving a robotic cell, process line or special-purpose machine is far more than a transport exercise. The system must arrive safely, retain its configuration, meet its safety obligations and return to reliable production with minimal disruption. A structured relocation plan protects equipment, product quality, production schedules and the people who will operate the line after it is installed.
How do you relocate an Automated Production System? Start with a relocation plan
Begin by defining why the move is happening and what a successful restart looks like. This could involve moving to a larger factory, improving workflow, consolidating sites or making room for new equipment. Set a target production date, but allow time for surveys, utility changes, building work, transport, installation, testing and operator handover. Rushing the final stages is a common cause of repeat faults and longer downtime.
Create a detailed record of the system before anything is isolated. Photograph cable routes, pneumatic connections, guarding, fixtures, robot positions and control panels. Back up PLC, HMI, robot and drive software, then keep copies securely away from the machinery. Record the existing cycle time, quality checks, alarm history and known intermittent issues. These baseline records make it much easier to distinguish a relocation-related problem from a fault that was already present.
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Confirm the new site has suitable floor loading, access routes, ceiling clearance and space for maintenance.
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Check electrical supply capacity, earthing arrangements, compressed air quality, extraction, data connections and any process utilities.
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Map responsibilities for building contractors, lifting teams, transport, insurers, machine specialists and production staff.
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Agree a labelled packing and connection schedule so that every component can be traced during reassembly.
How do you relocate an Automated Production System? Make isolation and disconnection safe
Before dismantling, carry out a site-specific risk assessment and agree a clear isolation procedure. Electrical, pneumatic, hydraulic, vacuum and stored mechanical energy all need controlled release. Robots and vertical axes may require physical support before power is removed, while delicate tooling and vision equipment should be protected from shock, contamination and moisture. Label every cable at both ends; relying on colours or memory can add hours to recommissioning.
The move is also an opportunity to review machinery safety. The HSE explains that the Provision and Use of Work Equipment Regulations 1998 (PUWER) require work equipment to be suitable for its intended use, maintained and inspected where necessary. A changed layout, new operator access point or replacement guard can affect the original safety arrangement. Check emergency stops, interlocks, safety scanners, light curtains and access gates before the system is released back to production.
Use competent lifting and transport arrangements for each asset, especially robot arms, control cabinets, conveyors and precision fixtures. Centre-of-gravity information, lifting points and shipping braces should be confirmed in advance. Sensitive electrical cabinets should travel upright where specified, and connectors should be capped to prevent dirt or accidental damage. Keep a packing list with serial numbers and photographs so that missing items are identified before the installation team arrives.
How do you relocate an Automated Production System? Reinstall, validate and recommission
At the destination, position major equipment accurately before reconnecting services. Small changes in floor level, cell alignment or conveyor height can affect transfers, robot reach and guarding clearances. Refit mechanical sections, then reconnect cables and services using the documented schedule. Inspect for transit damage before energising. If fixtures, end effectors or grippers have been removed, verify their datum positions rather than assuming they will return to the same repeatable location.
Recommissioning should progress in controlled stages: power-up checks, safety circuit validation, I/O tests, manual movements, dry-cycle trials and supervised production runs. Restore software only after confirming the correct version and retaining the previous backup. Test every operating mode, including recovery from a stop, product changeover and controlled access to the cell. Compare cycle times and quality results with the pre-move baseline, then record any adjustments made to robot frames, sensor settings or motion paths.
Do not overlook people and paperwork. Operators and maintenance teams need an updated layout, clear start-up instructions and training on any altered procedures. Revise risk assessments, maintenance plans and spare-parts locations to reflect the new installation. A short period of enhanced support after handover helps resolve minor issues before they become costly interruptions to output.
Frequently Asked Questions
How do you relocate an Automated Production System? Can it be improved during the move?
Yes. Relocation is a practical time to replace obsolete components, improve access, add guarding, update control hardware or modify tooling. Assess changes early, as upgrades may affect the schedule, software and safety validation required before restart.
How long should production be stopped for?
Downtime depends on the system’s size, complexity, transport distance, site readiness and testing requirements. A proper survey and phased plan provide a more reliable estimate than booking transport first and working backwards.
Should the original machine builder be involved?
Involving experienced automation specialists is advisable, particularly for robots, safety systems and bespoke controls. They can preserve programs, verify mechanical alignment and diagnose issues during recommissioning, even where the original builder is unavailable.
If you are asking, How do you relocate an Automated Production System?, a planned technical approach will reduce risk and help protect availability after the move. Premier Automation can support automation relocation, control-system work, robot programming, installation and commissioning, helping you move equipment with a clear route back to productive operation.
