A production line is one of the few relocations where the crane work is the least of it. A line makes product because dozens of machines have been set to work as a single sequence — an assembly conveyor with indexed stations, a filling and capping monobloc feeding a labeller and case packer, a process train of skids and ovens, a palletising cell closing the run. Lift those out as individual assets and you still have nothing until each one goes back in the same order it left, levelled and squared to the station beside it and re-timed to the line either side. Seemleius plans and runs production line relocation and factory line shifting for manufacturers across India's industrial belts — the auto clusters around Pune-Chakan and Chennai-Sriperumbudur, the FMCG and electronics estates at Sri City, Sanand and Manesar, the pharma corridors of Baddi and Sikkim, and the textile hub at Tirupur. Over 22 years that has added up to 1,213 recorded moves, rated 4.8 out of 5 in a 200-response client-feedback survey.
What makes a line move different from a single-machine job is the cost of standing still. Every day the line is down is product the plant is not making and orders it is not shipping, so the whole exercise is built around limiting that loss rather than around the move itself. We plan to a phased shutdown wherever the line allows it — decommissioning the back end while the front is still running, or staging the relocation so one cell is rebuilt and dry-cycled before the next comes apart. The shutdown window, the restart date and the validation the product demands are settled at the survey, costed into the crewing plan and written into the method statement. They are not improvised on the floor on the day the machines come off their bolts, because on a production line there is no slack to absorb a surprise.
Production lines we relocate
Assembly & conveyor lines
Indexed assembly lines, pick-and-place cells, test rigs and the slat, modular-belt and mat-top conveyors that carry the work between them. Stations are match-marked, station-to-station distances measured, and every conveyor section numbered to a route drawing so the run rebuilds to its exact length with transfers landing where the controls expect.
Robotics & automation
ABB, KUKA and Fanuc industrial robots, articulated and SCARA cells, gantries and vision systems. Home positions and tool-centre points are recorded before the cell is broken down, controllers and teach pendants travel with their parent robot, and fencing and light curtains come apart to a marked layout for an exact rebuild.
Filling & packaging lines
Rotary fillers, rinser-filler-capper monoblocs, cappers and seamers, labellers, coders, shrink-wrappers, cartoners and case packers. Drive couplings and registration marks are logged, change-parts boxed and indexed against their machine, and fill heads and sensors protected against knock damage on the road leg.
Process skids & ovens
Mixing and buffer tanks, CIP skids, dosing and process pumps, curing and reflow ovens and their pipework. Circuits are drained, flushed and capped, hygienic clamps bagged with their gaskets, and oven heating elements and thermocouples handled so the temperature map holds when the line is recommissioned. Robotic and layer palletisers and the end-of-line block rebuild to the recorded footprint so they re-time against the same datum.
Why a production-line move is different
Relocate a single machining centre and the job is finished the moment it is levelled and the operator powers it up. A production line has no single finish point. Reassembly is sequence-critical: a filler set back even thirty millimetres out of line with the capper monobloc will not run, and a conveyor rebuilt out of order leaves a gap at one transfer and an overlap at the next. That is why match-marking governs the whole exercise. Before anything is unbolted, every machine, conveyor section, guard panel, cable loom and pipe run is tagged to a route and layout drawing, interfaces are photographed, and drive couplings and registration marks are logged. The drawing, not memory, is what puts a long line back exactly where it was, and it is the single most important thing a crew carries out of an origin site.
Sequencing then drives the order of work in both directions. Decommissioning runs station by station so services come down in a controlled order; the rebuild runs the same path in reverse, with the heavy process skids and tanks placed first, the machines positioned and levelled, the conveyors squared and re-tensioned, and the transfers aligned so product passes machine to machine without a jam. Where the line touches a regulated product, validation returns and cannot be skipped. A pharma line moved out of a Baddi or Sikkim unit needs its IQ, OQ and PQ re-established under GMP and signed off by the client's QA before it makes saleable stock; a food or beverage line needs CIP re-verification and a hygiene re-clearance before it sees product. Those steps sit in the programme from the survey, not as an afterthought once the machines are back on their feet.
How we shift a production line
The work follows the same engineering backbone as every industrial relocation we run, set out in full on our machinery moving methodology page, shaped here by the need to rebuild a working sequence rather than re-site a single asset.
Phased shutdown and decommissioning. Wherever the line allows it we stage the shutdown to limit production loss — bringing down one section while another still runs, or splitting the relocation across cells. Each station is powered down in a controlled order, services disconnected, pneumatics bled, hydraulic and coolant systems drained, and process pipework flushed and capped. Where the line is under OEM warranty, the manufacturer's engineer is on the plan so the power-down and the later recommissioning are both signed off.
Tagging and match-marking. Every assembly, conveyor section, guard, loom and pipe is tagged to the route and layout drawing before it moves. Robot home positions and tool-centre points, registration marks and station-to-station distances are recorded, and change-parts are boxed and indexed against their parent machine. This is the step that makes a clean reverse-build possible and a fast, validated restart realistic.
Modular packing and shipment. The line is broken at the joints the manufacturer designed it to part at, and modules are packed to protect the interfaces that matter — fill heads, sensors, drive ends and machined faces. For an inter-state relocation a GST e-way bill is raised against the consignment value before the lorries roll, and any module that breaks the road envelope is treated as over-dimensional cargo with RTO and state permits and a route survey. Where a line or part of it is leaving the country, modules are crated for sea freight and routed through Nhava Sheva, Mundra or Chennai.
Reinstallation and re-integration. At destination the line rebuilds to the marked footprint in sequence: tanks and process skids first, machines positioned and levelled, conveyor sections squared and re-tensioned, transfers and divert gates aligned to the drawing. Fencing, light curtains and safety circuits return to the recorded layout, and the utilities mapped at survey are confirmed live and proven before the machines are energised.
Commissioning and validation. The line is brought up in stages — dry-cycle first, then product. Conveyors are balanced and transfers proven, robots and automation re-homed and their programs verified, sensors and coders re-timed against their datum. CIP circuits are re-verified on a food or beverage line; a pharma line goes through its IQ, OQ and PQ re-qualification with the client's QA before saleable production resumes. The line is handed over running at the agreed rate, with the commissioning sign-off documented.
The site survey, in detail
Nothing is quoted firm until an engineer has walked both the origin and the destination, and for a production line that survey is longer than for a single asset because the route and the sequence matter as much as the machines. We map the whole line — the order of stations, the run lengths the conveyors must rebuild to, the interfaces between cells, and the utilities each section draws. Along the path the heavy fillers, palletisers and process skids will travel we record floor loading at every rest point, doorway and corridor clearances for the skating gear, and any overhead obstruction or roof opening needed to get a large module out. At the destination we confirm the new footprint, the slab's loading at each machine position, and the services that must be live before the line lands. The output is a written method statement setting out the phased-shutdown plan, the disassembly and reverse-build sequence, the crewing costed against the restart deadline, the validation steps, and any inter-state e-way or ODC permits flagged on their own timeline. The survey is free, and for most Indian industrial sites we can arrange it within a working day or two of your enquiry.
A sub-assembly line from Chakan to Pithampur
An auto-component maker consolidating a sub-assembly line — indexed stations, two Fanuc cells and the conveyor linking them — from a Chakan unit near Pune to a larger plant at Pithampur outside Indore. The coordinator held the programme to a phased shutdown so the upstream stations kept running while the back of the line came apart, match-marked every station and conveyor section to a route drawing, and recorded the robot home positions before the cells were broken down. The modules moved inter-state on a GST e-way bill, two oversized sections cleared as over-dimensional cargo with the RTO permits in hand, and the line was rebuilt to its footprint, re-homed and dry-cycled before it saw production again.
A filling line moved within a Sri City plant
An FMCG producer shifting a rinser-filler-capper monobloc, its CIP skid and the downstream labeller and shrink-wrapper from one hall to a larger one inside the same Sri City facility. The coordinator brought the OEM engineer into the plan for the monobloc power-down and re-timing, had the process pipework flushed and capped and the hygienic clamps bagged with their gaskets before breakdown, and sequenced the rebuild so the CIP circuits could be re-verified and the line hygiene-cleared before it saw product. With no road leg the move ran tight to the shutdown window and the line was back at rate inside the planned weekend.
A pharma packaging line re-validated after a Baddi move
A pharmaceutical manufacturer relocating a blister and cartoning line out of a Baddi unit into a new block, where the line could not make saleable stock until it was re-qualified under GMP. The coordinator built the IQ, OQ and PQ steps into the programme from the survey and ran them alongside the client's QA, kept the change-parts boxed and indexed against their machines, and sequenced the rebuild so the controlled steps were proven in order. The serialisation and coding stations were re-timed against their datum, and the line was signed off and released to production only once the qualification documentation was complete.
Frequently asked questions — production line shifting
Can the line be moved on a phased shutdown to limit downtime?
Usually, yes, and it is the shape we plan for on most line moves because every day down is product the plant is not making. Where the line allows it we stage the relocation — decommissioning the back end while the front still runs, or splitting the work across cells so one is rebuilt and dry-cycled before the next comes apart. Whether a particular restart date is realistic depends on the number of stations, how much can move as a whole rather than in pieces, and the validation the product demands. The survey gives an honest answer before you commit, and crews each phase in parallel against the deadline.
How do you make sure the line goes back together correctly?
By match-marking and sequencing everything before it moves. Each machine, conveyor section, guard, loom and pipe run is tagged to a route and layout drawing, interfaces are photographed, and drive couplings, registration marks and station-to-station distances are logged. The rebuild then follows that drawing in reverse so the run returns to its exact length with transfers and divert gates landing where the controls expect them. A line rebuilt out of order leaves a gap at one transfer and an overlap at the next, which is why the marking, not memory, governs the reverse-build.
How do you handle industrial robots and automation cells?
Robot home positions and tool-centre points are recorded before the cell is broken down, and the controller and teach pendant travel with their parent robot so nothing is mismatched at the rebuild. ABB, KUKA and Fanuc cells, gantries and vision systems are dismantled to a marked layout, the fencing and light curtains come apart to a drawing, and at destination the robot is re-homed and its program verified during commissioning. Where the cell is under OEM cover we bring the manufacturer's engineer into the plan so the power-down and re-commissioning are both signed off.
Will a pharma or food line need re-validation after the move?
For a regulated product, yes. A pharmaceutical line moved between units — a Baddi or Sikkim relocation, for instance — needs its IQ, OQ and PQ re-established under GMP and signed off by your QA team before it makes saleable stock. A food or beverage line needs CIP re-verification and a hygiene re-clearance before it sees product. We build those steps into the programme from the survey and co-ordinate the sequence with your quality team and the OEM, so the qualification is proven in order rather than chased after the line is back on its feet.
What inter-state permits and e-way documentation does a line move need?
An inter-state relocation needs a GST e-way bill raised against the consignment value before the lorries roll. Any module that breaks the standard road envelope is treated as over-dimensional cargo, which brings in RTO and state transport permits, a route survey for height and bridge clearances, and multi-axle hydraulic trailers. Where a line or part of it is leaving the country, the modules are sea-crated and routed out through Nhava Sheva, Mundra or Chennai with the customs documentation. We handle the e-way bill, the permits and the route survey, and we flag them at the survey because they clear on their own timeline and a fixed lift date depends on them being in hand.
How are the line's utilities reconnected at the new site?
The services each section draws — power and panel feeds, compressed air, chilled water and coolant loops, drainage — are mapped at the survey and listed as work that must be done and proven before the machines land. A line cannot be commissioned against utilities that are still being run in, so at destination we confirm those services are live and stable, then reconnect the line section by section as it is rebuilt. The order is set in the method statement so nothing is energised before its supply is ready.
What does commissioning sign-off involve?
The line is brought up in stages: dry-cycle first to prove mechanical fit and the conveyor balance, then product. Transfers are proven, robots and automation re-homed and their programs verified, and sensors and coders re-timed against their datum. CIP circuits are re-verified on a food or beverage line, and a pharma line completes its IQ, OQ and PQ re-qualification with your QA before saleable production resumes. The line is handed over running at the agreed rate, and the commissioning sign-off is documented so you have a record of the validated restart.
How quickly can you survey a production line?
For most Indian industrial sites, usually within a working day or two of your enquiry, and often the same week for an urgent move. A line survey takes longer than a single-machine one — commonly half a day to a full day — because we walk the whole route at both sites, record the run lengths the conveyors must rebuild to, and price the phased-shutdown plan, the validation steps and any inter-state or export documentation. Send us the line list, the origin and destination, and the deadline, and the coordinator or a colleague will fix a window.
Explore the rest of our machinery moving work
Production line shifting is one strand of our wider machinery moving service, and the engineering behind every job is set out on the methodology page. We also relocate CNC machines and precision machine tools, move generators and transformers, install and shift medical equipment such as MRI, CT and Linac systems, run full data centre migrations, and move industrial presses and stamping lines.
Ready to shift a production line?
Send us the line list, the destination, and the deadline. One of our team will come back within a working day with a survey window, a phased-shutdown outline and a methodology brief.
Questions people ask about this service
Anything not covered here? A specialist is happy to talk it through.
Contact usHow do I get a quote for this service?
Use the step-by-step quote form — it takes about a minute — or call us directly. Every quote is free, itemised and with no obligation.
Is my shipment insured?
Transit insurance is available on every service. Your coordinator will explain the cover options when quoting so you can choose what suits the shipment.
How far ahead should I book?
Two to four weeks is comfortable for most jobs, but we regularly handle urgent work. The sooner you reach out, the more flexibility you have on dates.
Do you handle the paperwork and customs?
Yes — where a service involves customs or documentation, we prepare and submit it on your behalf and keep you updated at each stage.
Will I have one point of contact?
Always. A dedicated coordinator owns your job from first quote to completion — no call centre, no being passed around.