Machinery Moving

Twenty-two years and 1,213 completed moves have taught Seemleius one thing: machinery projects fail at the survey, not at the lift. A CNC that arrives with a fractured way-cover, an injection moulder that misses its install window, a CT scanner that needs recalibration before it can scan a patient — the cause is almost always something not measured, photographed or permitted before the crew arrived. Seemleius machinery moving from Kochi and Mumbai runs on engineering discipline: pre-move survey at both ends, method statement signed off before mobilisation, one project manager from disconnect to recommissioning. Single assets and full plant moves.

When you need machinery moving (and when you don’t)

A standard office removal is not machinery moving — desks, chairs, a photocopier and a few server cabinets travel on a tail-lift van and any reputable mover handles it. The discipline changes the moment an asset exceeds roughly one tonne, carries factory-set calibration, or needs rigging beyond a standard counterbalance forklift. Factory consolidation across two MIDC plots, a CNC export to a German receiver against an EPCG obligation, a hospital imaging upgrade with an OEM commissioning slot, a data-centre cabinet move in a Bengaluru tower — project moves, costed against an engineering survey rather than a per-tonne rate card. If the answer to “what happens if we drop it” involves a calibration engineer flying in, you are on the right page.

The pre-move survey carries the project

Before any quotation is firm, an engineer visits both ends. The survey records floor loading at every rest point — a 14–18 tonne machining centre on an office-grade slab needs load-spreading plates, calculated against kg-per-m². Doorways and corridors measured with 50 mm clearance for skating gear; overhead clearances checked for spindle nose, gantry travel and crane hook approach. Where a roof opening or wall panel removal is needed, the decision is recorded before the date is locked.

The output is a method statement and risk assessment covering lifting plan, rigging, disassembly sequence and phasing. For medical imaging, calibrated metrology and semiconductor tooling, it is reviewed against the OEM relocation specification so warranty is preserved. Industrial estate landlords (MIDC, KINFRA, SIPCOT) and SEZ authorities often require approval before the work date.

Equipment categories we handle

• Machine tools & CNC. Turning and machining centres, surface and cylindrical grinders, wire EDM — with care for ground ways and re-levelling.
• Industrial plant. Presses, injection moulders, extruders, packaging and assembly lines moved by station.
• Power & electrical. Generators, transformers, switchgear, UPS frames — dielectric fluid handling staged into the method statement.
• Data centre. Rack relocations, in-row coolers, PDUs and UPS systems, co-ordinated with the client IT team.
• Medical & imaging. MRI magnets, CT scanners, linear accelerators, cath-lab tables — RF-shielded room re-installation with the OEM engineer.
• Laboratory & cleanroom. Fume hoods, biosafety cabinets, autoclaves, GC and HPLC instruments — air casters where floor finishes must be preserved.

Equipment and methods

When a move becomes project cargo

Domestic moves run on flatbed or low-loader trailers with state RTO over-dimension permits and pilot vehicles where the consignment exceeds standard road envelope. International freight is itself a project decision. Container shipping suits most machine tools once dismantled; flat-rack and open-top containers handle assets exceeding standard height or width; RoRo carries wheeled or tracked plant from Chennai (Ennore). Breakbulk and OOG shipment via chartered heavy-lift vessels handles assets that cannot be containerised — large presses, transformers above 40 tonnes, production-line modules. Nhava Sheva (JNPT) and Mundra carry the highest sailing frequency; Chennai, Cochin and Vishakhapatnam serve southern origins. Antonov AN-124 or 747F charter ex BOM, DEL, BLR or MAA carries oversized airfreight where the schedule will not allow sea.

Indian export documentation

The shipping bill is filed on ICEGATE under the correct HS classification — chapters 84 and 85 cover most machinery and electrical apparatus, and misclassification is the most common cause of clearance hold. AD code registration with the originating port is confirmed before booking. Where the asset was imported under EPCG, the export obligation is reconciled with DGFT before the consignment moves; SCOMET licensing applies to dual-use items. GST runs on LUT cover for zero-rated exports, drawback on the duty paid component, refund positions on capital goods. Where the move is part of a corporate re-domicile or related-party asset transfer, FEMA and RBI implications are worked through with the client’s treasury advisers ahead of mobilisation.

Destination customs and insurance

The corridor sets the import regime: ATLAS to Zoll for Germany, CHIEF/CDS for the UK, the Union Customs Code across the EU, US CBP for North America, ABF for Australia. Importer of Record cover is arranged where the consignee is not yet established. Every move runs against a marine cargo or inland transit policy with all-risks cover above a defined threshold, and pre-move condition reports carry photo evidence: existing wear, calibration sticker dates, serial numbers. For tenancy exits, a dilapidation survey protects the lease return.

Three operational scenarios

Corporate relocation, Pune to Bengaluru. A precision engineering firm shifting head office and pilot workshop — desks plus a server room (two racks, in-row cooler, UPS frame) and a workshop with a turning centre, vertical mill and two CMMs. Server room staged over a weekend: racks de-cabled and labelled, crated, set down and re-cabled with the client IT team Sunday evening. Workshop assets on a low-loader with route permits cleared in advance, re-levelled before engineers arrive Monday.

Production line export, Mumbai region to Southeast Asia. A manufacturer consolidating two facilities, 30-station line that must clear Indian customs on schedule and arrive ready for assembly. The survey identifies which stations move whole and which need partial disassembly; method statement sets disassembly sequence and reverse build order. Crating engineered for sea transit through Nhava Sheva on flat-rack and open-top containers, OOG components on a heavy-lift sailing. Shipping bill filed under chapter 84, EPCG reconciled, programme held through to the receiver.

Specialist single asset: a CT scanner. A multi-specialty hospital in Kochi receiving a refurbished scanner from a clinic up-country. OEM engineer engaged for power-down and calibration. Route survey covers goods-lift capacity, doorway widths and ramp gradients. Air casters across the diagnostic floor; transport on an air-ride trailer to limit vibration on the magnet. RF-shielded room sign-off and OEM recommissioning before the scanner returns to patient use.

Industry scenarios from the field

How a project move runs

1. Engineering survey. Floor loading, access routes, lift points and disassembly recorded at both sites; landlord, SEZ or estate approvals flagged before the date is locked.
2. Method statement & permits. You receive the method statement, lifting plan, risk assessment and programme. RTO over-dimension permits, gate passes and ICEGATE filings raised in advance.
3. Crating, lift & transport. Export-grade crating where international, rigging and skating along the surveyed route, lift onto transport with marine surveyor sign-off on higher-value loads.
4. Set-down & recommissioning. Equipment positioned to the marked footprint, re-levelled where the OEM requires it, handed over for power-up.

What clients said after the job closed

From our internal client-feedback survey — twenty responses over the last twelve months, averaging 4.8 out of 5.

Frequently asked

Why the move works

Engineering input on the survey means the quotation reflects the actual job rather than a generic crew-and-truck rate. One project manager owns the schedule from first walk-through to recommissioning. Where geography allows, the same crew loads at origin and unloads at destination, removing the common handover errors. Condition photography runs at every touchpoint.

Related pages

The methodology hub covers how we survey, write method statements and lift. Equipment-specific detail lives on the sub-pages:

• CNC machine moving — turning and machining centres, re-levelling.
• Generator and transformer relocation — dielectric handling, lift planning.
• Medical equipment moving — MRI ramp-down, CT air-ride transit, RF sign-off.
• Data-centre migration — cabinet runbooks, port mapping.
• Production line shifting — station-by-station disassembly, reverse build sequencing.
• Industrial press moving — press splits, bedplate grouting, alignment.

For machinery bound for British receivers, see the India-to-United Kingdom machinery and industrial corridor — CHIEF/CDS clearance, port-of-entry options and UK transit planning.