A power press is rarely the most expensive machine on an Indian shop floor, but it is almost always the heaviest single mass, and that one fact governs how it is moved. A 630-tonne mechanical press for an auto-component stamping line, a hydraulic deep-draw press that rises two or three floors from pit to crown, a forging press whose bed and uprights are cast as enormous single pieces — each carries its weight on a small footprint, sinks it into a pit or a raft foundation, and holds tonnage only because that foundation, the anchor bolts and the levelling were got right the day it was installed. Relocating one is a foundation and heavy-lift problem before it is a transport problem. Seemleius moves presses and forming equipment for stamping shops, forging units, fabricators and tier-1 suppliers across the country — 1,213 recorded moves over 22 years, rated 4.8 out of 5 in a 200-response client-feedback survey.
The weight is where the planning starts and where most of the cost sits. A press concentrates tens, hundreds, sometimes a thousand-plus tonnes onto four feet or into a foundation block, so the opening question on any press job is not the weight on its own but the weight set against the footprint it bears on and the floor or pit it bears into. The crown, the bed and the uprights frequently travel as separate masses, because no single piece will otherwise clear a doorway, a road-height limit or a crane's safe hook, and each is heavy enough on its own to run as over-dimensional cargo. At the destination the press is jacked or skidded into the pit or onto its raft, the anchor and foundation bolts placed, grouted and cured, and the frame re-levelled and aligned before it sees a die. Get the survey wrong on weights, foundation rating or route, and the move stalls with the press on a hook or stranded short of a low bridge.
Press types we relocate
Mechanical power presses
Flywheel-driven gap-frame and straight-side presses for the stamping belts — from a 30-tonne C-frame to 630-tonne and larger straight-sided presses. Flywheel and clutch-brake assemblies handled with care, the crown separated from bed and uprights where weight or road height demands, each casting moved as its own piece.
Hydraulic presses
Deep-draw, forming, moulding and compression presses through the hundreds of tonnes and beyond. Cylinders and rams supported, the hydraulic circuit depressurised before the move, then recharged and air-purged at destination so the press strokes smoothly and holds pressure when it is brought back up.
Forging presses & hammers
Mechanical and screw forging presses, drop and counterblow hammers, and the isolated foundation block that absorbs the blow. The anvil mass and the inertia block are treated as part of the move, co-ordinated with a foundation contractor rather than left as an afterthought at the new site.
Press brakes & shears
Hydraulic and CNC press brakes, guillotine and swing-beam shears for the sheet-metal and fabrication shops. We record the ram parallelism and the back-gauge zero before the holding-down bolts are touched, so the brake squares to its own reference and folds to angle from the first job at the new bay.
Transfer & progressive-die lines
Multi-station transfer presses and progressive-die lines with their feeders, straighteners, decoilers and scrap conveyors. The line is sequenced and indexed station by station so it goes back in the same order, on the same centres, and runs as a line rather than a row of machines.
Dies, bolsters & tooling
Stamping and forging dies, bolster plates and quick-change sets travel with the press they belong to, each one tagged to its machine and its die station so the rebuild is unambiguous. The heavy dies are slung on rated below-the-hook gear matched to their own lifting eyes, never improvised lifting points.
Why a press move is different
Move a long machining centre and the load spreads across a generous bed; move a press and the same mass piles onto a small frame or straight down into a foundation. A 630-tonne press is rated by its forming force, not its weight — as a deadweight it might be 80 to 200 tonnes depending on type — but it stands that weight on four feet or sets it into a pit, and the ground bearing pressure under each foot is the figure that decides whether the destination needs a fresh raft, a deeper pit, spreader plates or simply the existing foundation checked. The first figures an engineer pins down are the deadweight of each piece and the pressure it puts on the ground, because an ordinary factory slab can halt a press move long before any crane runs short of capacity.
Then there is the press itself. A tall press almost never travels whole. The crown, the ram, the bed and the uprights come apart so each piece sits within a doorway, a road-height limit and a crane's safe lift, and that disassembly has to be reversible to fine tolerances, because a press whose ram is reseated a fraction off parallel will load the bolster unevenly and lose tonnage on one side. The lifting points matter as much as the weight: a casting slung from the wrong eye, or jacked unevenly, can be sprung or marked, so every piece is lifted only where the maker has provided for it, on slings and spreader bars sized to the load. The hydraulic circuit is bled before the move and purged at the far end, and the dies travel crated and indexed. At the new site the press is set into its pit or onto its raft, anchored, grouted, re-levelled and aligned before it is handed back — the half of the job that decides whether it cycles true, and the half that is invisible in a photograph of the lift.
Methodology and equipment
A press move runs on the same engineering backbone as every heavy job we handle — set out in full on our machinery moving methodology page — with the weight here thrown onto point loads, heavy lift and foundation work rather than onto threading a delicate line through a building.
De-anchor and disassemble. A controlled power-down, mains, pneumatics and hydraulics isolated, the hydraulic circuit bled down and accumulators discharged. The foundation and anchor bolts are released, the press broken out of its pit or off its raft, and the crown, ram, bed and uprights separated where height or weight requires it. Ram-to-bed parallelism and back-gauge settings are recorded before anything comes apart, each interface photographed and the fasteners boxed against their joint, so the press squares back to its own datum on rebuild.
Crane lift, or jack and skid. Where there is headroom and crane standing, mobile or crawler cranes take the heavy pieces on engineered slings and spreader bars — commonly in the 100 to 400-tonne class, larger or in tandem where a single casting is beyond one machine. Where overhead lift is not available, hydraulic gantries and synchronised jacks raise the press, and machine skates, Hilman rollers or skidding tracks move it along the surveyed route. Loads are calculated to each rest point and crane mats laid under outriggers, because a heavy casting parked on the wrong slab panel, or a crane on an unrated yard, is a failure of its own.
ODC transport. Heavy single pieces are loaded to multi-axle hydraulic trailers or low-beds, lashed to an engineered plan, and where they break the road envelope they move as over-dimensional cargo on a permitted route — route survey for height, width and bridge clearances, RTO and state permits, pilot and police escort where required. For an inter-state leg a GST e-way bill is raised against the consignment value before the lorry rolls; for an export consignment the disassembled press and crated dies are documented to match the customs declaration and routed through Nhava Sheva, Mundra or Chennai.
Foundation preparation. Where the destination needs new civil work — a fresh pit, a raft foundation, a reinforced pad or an isolated inertia block under a forging hammer — we bring a foundation contractor into the programme so the concrete is cast, the anchor-bolt pattern set to the maker's drawing and the block cured before the press arrives. The pit dimensions, the anchor pattern and the levelling allowance are measured against the machine at survey, not discovered on the day.
Set, grout, level and align. The press is jacked or skidded into the pit or onto the raft, landed on its footprint, and the foundation and anchor bolts placed and grouted to the manufacturer's pattern. Once the grout has cured the frame is re-levelled and squared with precision levels, the ram-to-bed parallelism brought back to the recorded datum, the hydraulic circuit refilled and purged of air, the press dry-cycled, and the tonnage re-calibrated against the OEM's figures before handover.
The site survey, in detail
Nothing is quoted firm until an engineer has walked both origin and destination, and for a press the survey is led by loads, not by route. We establish the deadweight of each piece — crown, ram, bed, uprights — and where the centre of gravity falls, because a casting with a high or offset CoG governs the slinging and the trailer arrangement as much as its weight does. We take the ground bearing pressure each foot or the foundation block puts down, then check the slab or pit rating at every rest point and at the final position, flagging where a new raft, a deeper pit or spreader plates are needed. We confirm crane access and standing — the hardstanding and bearing for the outriggers, the swing radius, the headroom, and whether the job calls for a two-crane tandem pick or a wall or roof opening — or, where there is no overhead room at all, the jacking and skidding path. For an inter-state or export move we measure each heavy piece against the road envelope to settle what runs as ODC, and flag the route survey, the RTO and state permits and the GST e-way bill early, because they clear on their own timeline and a fixed date depends on them. The output is a written method statement with the disassembly and rebuild sequence, the lift or skidding plan, the foundation and grouting scope and the permit list. The survey is free, and for most Indian industrial locations we can arrange it within a working day or two of your enquiry.
630-tonne mechanical press moved Chakan to Pithampur
A stamping supplier shifting a 630-tonne straight-side mechanical press from a unit near Chakan to a new plant at Pithampur, an inter-state run with the crown and bed as separate over-dimensional pieces. The coordinator ran the route survey for bridge and height clearances, raised the GST e-way bills against each consignment, and arranged the RTO and state permits with escort for the two heaviest pieces on multi-axle hydraulic trailers. At Pithampur the existing pit was checked against the machine, the press skidded in and set on its anchor bolts, grouted to the maker's pattern, then re-levelled and tonnage-calibrated against the OEM figures before the first die went in.
Forging press re-sited across a Belgaum foundry
A forging unit in the Belgaum belt re-siting a screw forging press and its hammer to a new bay on the same site to free up floor for an added line, where the inertia block was the whole question. The coordinator confirmed the new position needed a fresh isolated foundation block and brought a civil contractor in to cast and cure it to the maker's drawing before the move. The press was de-anchored, the heavy uprights jacked and skidded across the foundry on tracks rather than craned over running bays, and the machine set on the new block, grouted, levelled and run up before it returned to forging.
Press-brake line shifted within a Manesar plant
A tier-1 supplier near Manesar relocating a line of CNC press brakes and a guillotine shear to a re-laid bay within the same plant during a planned shutdown. The coordinator logged the ram parallelism and back-gauge settings on each brake before breakdown, sequenced and indexed the machines so the line went back on the same centres and in the same order, and moved them on skates and a yard crane across the short internal route. Each brake was re-levelled and squared to its recorded datum at the new footprint, and the line dry-cycled as a line before the shift handed back to production.
Frequently asked questions — industrial press relocation
How do you lift a press of several hundred tonnes?
The rated tonnage is the press's forming force, not its weight — a several-hundred-tonne press is commonly 80 to 200 tonnes of deadweight depending on type. The lift is engineered around the heaviest single piece once the crown, ram, bed and uprights are separated, plus a margin for the rigging and the radius. With headroom and crane standing that is a mobile or crawler crane on slings and spreader bars sized to the casting; where a single piece is beyond one machine, the lift runs in tandem under one signed plan; and where there is no overhead room the press is jacked up and skidded out instead. The survey gives the firm answer once piece weights and access are known.
What foundation and grouting work is needed at the destination?
It depends on the press and what it is landing in or on. A press concentrates its mass on a small footprint or into a foundation block, so the first check is the ground bearing pressure against the rating of the slab, raft or pit at the new position. Where the existing foundation is short or absent, the options are a fresh pit, a reinforced raft, a thicker pad or, under a forging hammer, an isolated inertia block. We bring a foundation contractor into the programme so the concrete is cast, the anchor-bolt pattern set to the maker's drawing and the block cured before the press arrives. At install the anchor and foundation bolts are grouted to the manufacturer's pattern, and the press is not loaded until the grout has reached strength.
What permits and route survey does an ODC press move need?
The moment a press piece breaks the standard road envelope it is treated as over-dimensional cargo. That brings in a route survey for height, width, axle-load and bridge clearances, RTO and state transport permits along the corridor, multi-axle hydraulic trailers, and a pilot or police escort where the route demands it. We handle the route survey and the permits as part of the move and flag them at the survey stage, because they clear on their own timeline and a fixed lift date depends on them being in hand. For a press crossing a state line, a GST e-way bill is raised against the consignment value before the lorry moves.
Do you lift with a crane or jack and skid the press into place?
Both, decided by the building and the foundation rather than by preference. Where there is headroom, crane standing and an unobstructed pick, a mobile or crawler crane is the quickest and cleanest way to take the heavy pieces. Where the press sits in a pit, the headroom is tight, the bay is busy, or the floor will not carry a crane, the press is raised on hydraulic gantries and synchronised jacks and skidded along tracks to its position. On many jobs we use both — crane the pieces off the lorry, then jack and skid them into a pit a crane cannot reach over. The survey settles which on each leg.
How is the press re-levelled and aligned after the move?
Once the press is set on its grouted foundation and the grout has cured, the frame is re-levelled and squared with precision spirit levels or an electronic inclinometer, the feet or wedges adjusted in sequence so the frame carries no twist. The ram-to-bed parallelism is brought back to the datum recorded before disassembly, and the tonnage is re-calibrated against the maker's figures — confirming the press develops its rated force across the bolster and that the readout matches — before it is handed back. A press that sits off level, or whose ram is off parallel, loads the bolster unevenly and drops tonnage, so this step is part of the scope, not an extra.
How do you de-anchor a press without damaging it or the foundation?
De-anchoring starts with the records, not the spanner. We log the ram parallelism and the machine's level before anything is touched, then release the foundation and anchor bolts in sequence and free the press from its grout bed without springing the frame or cracking a foundation we may need to reuse. Where the press is set deep in a pit, it is jacked clear under controlled, even load rather than dragged. The interfaces are photographed and the fasteners boxed to their joint, so the press goes back to its own datum and the foundation, if it stays in service, is left sound.
What is the e-way bill position for an inter-state press move?
An inter-state press move needs a GST e-way bill raised against the consignment value before the vehicle starts. Where the press travels in separated pieces across several trailers, each consignment is documented so the e-way bills and the over-dimensional permits line up with what is actually on each vehicle. We handle the e-way bill alongside the route survey and the RTO permits, and we settle it at the planning stage rather than at the gate, because a mismatch between the paperwork and the load on an ODC trailer is exactly what holds a heavy consignment at a check post.
How quickly can you survey a press move?
For most Indian industrial sites, usually within a working day or two of your enquiry, and often the same week for an urgent shutdown window. A single-press survey is quick; a multi-press shop or a transfer line takes longer because we weigh each piece, fix the centre of gravity, check the slab or pit at every rest point and at the final footprint, and price the foundation, permit and crating options where the move crosses a state line or heads for export. Send us the press list, the origin and destination and the deadline, and the coordinator or a colleague will fix a survey window.
Explore the rest of our machinery moving work
Industrial press and stamping moving is one strand of our wider machinery moving service, and the engineering behind every lift is set out on the methodology page. We also relocate precision CNC machines and machine tools, shift generators and transformers, install and move medical equipment such as MRI, CT and Linac systems, run full data centre migrations, and handle production line shifting.
Ready to move a press?
Send us the press list, the origin and destination, and the deadline. One of our team will come back within a working day with a survey window 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.