10 Tips for a seamless production line relocation process
A production line relocation moves interconnected machinery, controls, utilities and supporting equipment from one operating position to another, either within the same facility or to a different site. A successful move depends on surveying, documenting, isolating, dismantling, packing, moving, reinstalling, aligning, reconnecting and testing the line in a sequence that protects the restart date.
The ten steps below focus on the physical and operational work involved in relocating a production line. For a wider move involving an entire site, workforce, utilities and business operations, see our guide to factory relocation planning.
How do you relocate a production line?
A production line is normally relocated through ten linked stages: define the scope, survey and document the existing line, prepare the destination, plan the move sequence, isolate and dismantle equipment, protect and transport components, reinstall the line, reconnect services, verify alignment and interfaces, then test the complete system before production restarts.
1. Confirm what is moving and the restart date
Confirm exactly what is moving, where it is going and when the line has to return to production. The scope should identify machinery, conveyors, guarding, controls, utilities, tooling, spares and ancillary equipment.
Fixed shutdown windows, production deadlines and work by OEMs or other contractors should be captured before the programme is built.
2. Survey and document the existing production line
Record the line before dismantling. Equipment positions, dimensions, access routes, lifting points, connections, cable routes, pipework and machine interfaces may all be needed during reinstallation.
Match-marking, photographs, drawings and equipment registers reduce ambiguity when components arrive at the destination site.
3. Prepare the destination before equipment leaves the original site
Check that the receiving area is ready for the line. Floor condition, foundations, access openings, lifting routes, power, compressed air, process services, cable containment and equipment clearances should be resolved before delivery.
Where line geometry is critical, datum points and survey control can be established in advance.
4. Build the move sequence around production and site constraints
The relocation programme should define what is dismantled first, how equipment is released for transport and the order in which it will be received and installed.
The sequence also needs to account for shared work areas, vehicle access, lifting equipment, temporary storage and interfaces with other trades. A line moved in the wrong order can create unnecessary handling or block access to later equipment.
5. Isolate, dismantle and label equipment systematically
Before dismantling, energy sources and connected services need to be isolated in line with the site procedure and project method.
Mechanical, electrical and control components should then be disconnected in a controlled sequence. Labelling and documentation are particularly important where similar cables, pipework, guards or subassemblies will need to return to specific positions.
6. Plan lifting, packing and transport for each asset
Machinery weights, centres of gravity, lifting points, dimensions and sensitivity determine the handling method. The move may require forklifts, mobile cranes, hydraulic gantries, VersaLifts or other specialist equipment.
Packing should protect machined surfaces, electrical components, sensors and loose assemblies for the transport conditions involved.
For individual machines or particularly heavy assets, the handling stage may also draw on dedicated machine relocation and rigging methods.
7. Control transport and delivery sequencing
Transport planning should match the installation sequence at the receiving site. Loads need to arrive when the destination team has the space, lifting equipment and labour to receive them.
International moves may also require export packing, customs documentation and coordination between teams in different countries.
8. Reinstall, level and align the production line
Reinstallation starts with positioning equipment against the agreed layout and reference points.
Machinery, conveyors and connected systems are then assembled, levelled and aligned to the tolerances required by the equipment manufacturer and process. Errors at this stage can affect interfaces between machines and create problems during commissioning.
Where tighter positional control is required, precision measurement and alignment can be used to verify machine position, level and geometry.
9. Reconnect mechanical, electrical and control interfaces
Once equipment is positioned, utilities, electrical supplies, control panels, sensors, safety circuits and other interfaces can be reinstated according to the project scope and OEM documentation.
Mechanical and electrical completion should follow an agreed sequence so testing is not delayed by unfinished upstream work.
10. Test the complete line before production restart
The relocated line should be inspected and tested before handover.
Checks may include mechanical condition, alignment, electrical verification, safety functions, dry runs and OEM commissioning activities. The exact test plan depends on the equipment and process, but the objective is the same: identify installation issues before the line returns to normal production.
Production line relocation in practice
The scale of a production line move becomes clearer in a cross-border project. Beck & Pollitzer relocated a cylinder block line and a cylinder head line from Poland to Brazil for an automotive manufacturer.
Both lines were dismantled in Poland and packed in custom-built boxes for sea transport, with Beck & Pollitzer’s operations team overseeing installation at the destination in Brazil. The Poland to Brazil line transfer involved 50,000 working hours and 337 truck dispatches. The dismantling and shipping deadlines were tied directly to the production schedule at the Brazilian plant.
This type of programme combines dismantling, logistics and machinery installation within one relocation sequence. Documentation, delivery order, reinstallation and restart readiness have to remain connected throughout the project.
Frequently asked questions
Yes. A production line can be moved to another area of the same facility as well as transferred between separate sites. Internal moves still require the equipment, services, lifting routes and destination area to be planned in sequence, particularly where surrounding production remains operational.
Useful records can include equipment positions, connection points, cable and pipe routes, lifting information, photographs, match marks, drawings and an equipment register. The exact documentation depends on the line and the level of technical information already available.
The project team depends on the equipment and scope but can include project managers, millwrights, riggers, electricians, controls specialists, OEM engineers and other technical trades. Responsibilities should be defined before dismantling begins so that mechanical, electrical, controls and commissioning activities follow the same relocation sequence.
Planning a production line relocation? Contact Beck & Pollitzer to discuss the equipment, sites and programme requirements for your move.