Relocating a production line is one of the highest-stakes projects a manufacturer can undertake. Done well, it unlocks new capacity, a better site or a major equipment upgrade with minimal lost output. Done badly, it means weeks of unplanned downtime. This guide walks through how a professional line relocation actually works, from first survey to validated production.

Start with a detailed survey and plan

Every successful move begins with a survey of both the origin and destination sites. You need accurate dimensions, utility requirements (power, water, air, steam, drainage), access and rigging routes, and a full asset register. From this, a relocation plan sets the sequence, timeline, resourcing and risk controls — and flags any upgrades best carried out while the line is apart.

Phase 1 — Dismantling and decommissioning

Equipment is powered down, drained and safely isolated. Mechanical, electrical, pneumatic and hydraulic connections are disconnected, and every component is labelled and documented so it can be reassembled exactly. Careful decommissioning here is what makes reinstallation fast and predictable later.

Phase 2 — Packing and transport

Machinery is cleaned, protected and crated to a standard that matches the journey. For international moves this means seaworthy packing, containerisation, and the right lifting, rigging and oversized-load permits. Sensitive components travel with shock and humidity protection.

Phase 3 — Installation and recommissioning

At the new site the line is positioned, levelled and aligned, services are reconnected, and PLC and automation systems are configured. The line is then calibrated, tested and brought back up through a controlled production ramp-up, with performance validated against agreed criteria before sign-off.

How long does a line relocation take?

Timelines depend on scale and complexity. A single machine might move in one to two weeks; a medium line in two to four; a complete plant transfer in two months or more. Running origin removal and destination preparation in parallel is the single biggest lever for compressing the schedule.

What drives the cost?

The main cost factors are line size and weight, distance and shipping mode, the amount of mechanical, electrical and pipework reinstatement required, any upgrades, and how much downtime the business can tolerate. A clear scope and a single point of responsibility prevent the surprises that inflate budgets.

Choosing a relocation partner

Look for a team that takes single-point accountability across the whole project rather than handing you between contractors — and one with real, comparable projects behind them. Vertex has relocated complete bottling and canning lines internationally, including a 50,000 CPH Sidel line shipped to Dubai in 36 containers in just 23 days.

Planning a move? See our production line relocation service or talk to our team.