Machinery moving is the planned disconnection, rigging, transport and reinstallation of production machines and process equipment so that each one runs at its new location exactly as it ran before. Paul Industries moves machines, skids, tanks and utility equipment within a plant, between buildings and to new plants as part of our millwright and rigging services. We survey the move, record the as-found condition, disconnect and secure the equipment, rig it out, coordinate transport, then set, level, anchor, align and reconnect it and support startup. This page explains how that work is planned and done, what it costs and how to choose a contractor.
What is machinery moving?
Machinery moving is a mechanical trade job, not a freight job. The weight on the floor is only part of the problem: a machine has to be taken out of service without damage, lifted without distorting its frame, moved through a building that was not designed for it, and put back into service with its level, alignment, anchoring and utility connections restored. Freight hauling starts when the crate is on the truck and ends when it comes off. Industrial machinery moving starts with the power, piping and controls still connected and ends with a machine that makes good parts or good product.
That is why the work is done by millwrights, riggers and pipefitters rather than a general moving crew. The most expensive failures in heavy machinery moving are rarely dropped loads. They are twisted bases, lost alignment, contaminated hydraulics and undocumented utility connections.
Who moves heavy equipment in a plant?
Three parties usually share a move. A rigging and machinery moving contractor such as Paul Industries handles the equipment from disconnection to startup. Heavy machinery transport companies, the carriers, handle the road leg when equipment leaves the site; we coordinate with them, but we are not a carrier. Crane providers supply mobile cranes and their operators when a lift calls for one. One party has to own the whole sequence, and on our projects that is the rigging contractor.
Machinery moving services we perform
Our heavy machinery moving services cover in-plant moves, moving machines between buildings on one campus, and plant-to-plant relocations. The scope is the same in each case; the distance and the number of hand-offs change, and the same heavy equipment moving services apply to utility plant such as boilers, compressors and chillers.
- In-plant moves: line re-layouts, moving a machine to make room for new equipment, and moving equipment into or out of a production area during a shutdown or turnaround.
- Plant-to-plant moves: equipment relocation services for consolidating sites, moving a line to a new building, or relocating a single machine to a sister plant.
- Process equipment: pumps, skids, vessels, process tanks, heat exchangers, process chillers, compressors and air dryers, boilers and water treatment trains.
- Production machinery: industrial machine moving for presses, machine tools, packaging and filling lines, mixers, ovens and conveyors.
- Regulated equipment: autoclaves, bioreactors and other GMP equipment, where machine moving inside classified space is covered in more depth on our pharmaceutical equipment rigging and installation page.
- Removal: industrial equipment removal when a machine is retired, including draining, cutting it free of piping and taking it out of the building.
Our industrial equipment moving services are aimed at plant equipment. We do not move construction equipment on the road, offices or IT rooms, and we do not rent or sell moving tools.
Is moving machinery a hazard?
Yes. Moving heavy machinery puts large, often top-heavy masses on temporary supports, close to people, energized systems and finished product, so it is treated as high-risk work and planned like it. The hazards of moving heavy machines are predictable: tip-over when a load is raised on jacks or rolled over an uneven floor, crushing between the load and fixed objects, dropped loads from overloaded or damaged rigging, stored energy released from springs, accumulators or pressurized lines, and floors or slabs overloaded by point loads from skates and jacks.
Moving machinery risk assessment
A written risk assessment is prepared for each move before any work starts. It identifies the load (weight, center of gravity, pick points, fragile components), the route and every obstruction on it, the floor and structure the load will cross, the energy sources to be isolated, the people and operations nearby, and the method and equipment chosen. Each hazard gets a control, from exclusion zones and lockout to a lift plan and stop-work authority for every crew member.
Regulations and standards for moving machinery
There is no single set of moving machinery regulations; the rules come from the standards for each piece of equipment and activity. In general industry, OSHA 29 CFR 1910.184 governs slings and requires each sling and its fastenings to be inspected each day before use by a competent person designated by the employer, and 1910.178 covers forklift operation and operator training. In construction work, OSHA 29 CFR 1926.251 covers rigging equipment for material handling, and 1926 Subpart CC covers cranes and derricks, including ground conditions, power line clearance, keeping workers clear of the load, operator certification and signal person qualifications. The consensus standards for machinery rigging are the ASME B30 series: B30.1 for jacks, industrial rollers, air casters and hydraulic gantries, B30.5 for mobile cranes, B30.9 for slings, B30.20 for below-the-hook lifting devices and B30.26 for rigging hardware such as shackles, eyebolts and swivels.
Pre-move survey and planning
Every move starts with a walk-down of the equipment and the route. The survey decides whether the machine travels in one piece, which method carries it and what must change in the building first. Route planning covers door and ceiling clearances, turning radii, overhead obstructions, floor joints and trenches, and the floor loading along the path, which needs a structural engineer’s review where the route crosses a suspended slab, a pit cover or a dock. A road leg adds crane setup areas, ground conditions and permits.
The survey is also where the as-found record begins. The table below is the checklist we work from.
| Item | What is recorded | Why it matters at reinstallation |
|---|---|---|
| Weight and center of gravity | Nameplate or drawing weight, added fluids and tooling, estimated center of gravity | Sizes the rigging and sets pick and jacking points |
| Level | Precision level readings at marked locations on the bed or base | Gives a target to reset to, not just “level” |
| Alignment | Shaft and coupling alignment readings, conveyor and line datum | Lets the machine be realigned to its original condition |
| Anchoring and grout | Anchor layout, sizes, embedment, shims, grout type | New foundation and anchors are laid out before arrival |
| Utility connections | Each pipe, hose, duct and air line, with size, service and orientation; tagged both ends | Every connection goes back to the right place |
| Settings and condition | Controller parameters, photos, video of the machine running, vibration readings, known defects | Proves what “running as before” means and separates old problems from move damage |
As-found documentation
As-found documentation is the record that lets a moved machine be put back the way it was. It is built from measurements, not memory: photographs of every connection from two angles, a numbered tag on each line matched to a disconnection list, and the anchor pattern measured to a datum. Running the machine and recording its output before shutdown gives a baseline, so any post-move problem can be traced instead of argued about.
Disconnecting, decommissioning and securing the machine
Disconnection follows the owner’s lockout and tagout procedure for every energy source, whether electrical, pneumatic, hydraulic, steam, process fluid, gravity and stored spring energy. Electrical disconnection is done by the owner’s electricians or their electrical contractor; we handle the mechanical side. Process lines are isolated, drained and blown down, and connections are capped to keep dirt out. Hydraulic and lubrication systems are drained or sealed according to the equipment manufacturer’s shipping instructions, and coolant, process residues and chemicals are removed and disposed of by the owner’s approved route.
Slides, tables, carriages and spindles are then blocked or bolted with shipping brackets, and loose guards, cabinets and tooling are removed, labeled and packed. Machines that cannot travel in one piece are split at their factory joints, with match marks on both halves.
What is machine rigging, and how does rigging work?
Machine rigging is the selection and use of lifting and moving equipment to raise, move and lower a machine safely. In practice, the rigger works out the load weight and center of gravity, chooses pick or jacking points the manufacturer designed for, then assembles a load path of slings, hardware and lifting devices whose rated capacity covers the load at the angles it will see. Sling angles matter because the tension in each leg rises as the angle from horizontal gets smaller, and hardware such as eyebolts loses rated capacity when it is pulled at an angle.
Rigging and lifting are often spoken of as one job, but they are separate. The lifting device supplies the force; the rigging decides how that force reaches the machine, and a perfect crane cannot save a load hung from the wrong points.
What is a machinery rigger?
A machinery rigger is a tradesperson trained to plan and carry out machine moves and lifts, including inspecting the gear, choosing hitches, rigging the load, directing the move and setting the machine down without damage. Good machinery riggers work alongside millwrights, because the job does not end when the load lands; on many crews the same people do both. Machine moving and rigging is that combined skill set.
Choosing a rigging method
The method follows the load, the floor and the route. Most in-plant moves use a combination, for example jacks to raise the machine, skates to roll it and a gantry to set it.
| Method | Best suited to | Limits and cautions |
|---|---|---|
| Jacks, cribbing and slides | Raising a machine off its foundation; inching it sideways in tight spaces | Jacks raise, cribbing holds; never leave a load on jacks alone. Low, controlled, slow |
| Machinery moving rollers (skates) | Rolling heavy loads across sound, level concrete through confined routes | Point loads on the floor; joints, trenches and debris must be bridged or cleared |
| Machine moving casters and dollies | Lighter equipment, frequent re-layouts, steerable moves | Lower capacity; need smooth floors and good control of the load |
| Air casters | Very heavy, flat-bottomed loads moved over a smooth, sealed floor | Floor must be flat, non-porous and crack-free; not for rough or joint-heavy routes |
| Hydraulic gantries | Lifting inside buildings with no crane access or low headroom; setting heavy machines precisely | Need track and floor capacity under each leg, and a level runway |
| Forklifts and telehandlers | Moderate loads, loading and unloading trailers, yard moves | Rated capacity drops as the load center moves out; tines must reach the machine’s lifting points |
| Overhead bridge cranes | Moves within the building’s own crane coverage | Limited to the crane’s rated capacity and runway; rigging and below-the-hook devices still required |
| Mobile cranes | Roof sets, lifts over buildings, loading heavy equipment outdoors | Ground conditions, outriggers, power lines and a written lift plan |
This machinery moving equipment is chosen and rated for each job; the plan states the load on each skate, jack or gantry leg, not just the total weight.
Why is rigging important?
Rigging is where most of the risk in a move sits. A wrong weight, an unexpected center of gravity, a damaged sling or an eyebolt pulled sideways can drop or tip the load. That is why heavy machinery rigging is planned on paper before it is done on the floor, and why the crew’s written lifting and rigging procedures cover load calculation, gear selection, communication, exclusion zones and who has authority to stop the work.
Rigging equipment inspection is part of every shift. Slings are inspected each day before use as 1910.184 requires, slings and hardware are judged against the removal criteria in ASME B30.9 and B30.26, and gear without a legible capacity marking stays off the load. Before every pick, the crew confirms the weight and center of gravity, protects slings from sharp edges with softeners, makes a short trial lift to check balance and keeps everyone out from under the load.
Transport coordination and protection
Moving heavy machinery equipment on public roads is the carrier’s work; when equipment leaves the building, we prepare it for the road and coordinate the carrier. Machines are bolted or blocked to skids, crated where needed, wrapped against moisture and fitted with shock and tilt indicators so rough handling is visible on arrival. Loading is done to the carrier’s tie-down plan, and the as-found record travels with the load.
Pick-up and delivery are scheduled so a machine never arrives before its foundation and utilities are ready, and on arrival it is inspected against its departure photos and indicator records before it is accepted.
Setting, leveling, anchoring and alignment
A moved machine is only as good as its reinstallation. Foundations and anchors are laid out before arrival, and the machine is set to marked centerlines and elevations. Leveling uses precision levels at the same locations recorded before the move, with shims or leveling screws adjusted until readings match the as-found or the manufacturer’s tolerance. Machines that need it are grouted with an epoxy or cementitious grout as specified, then anchored and torqued.
Alignment comes next: motor to driven equipment, conveyor sections to each other, and line equipment to the line datum. We use laser alignment where it suits the equipment and record the final readings. It is the same precision work we do on new installations as an industrial mechanical contractor.
Reconnecting process piping and utilities
Reconnection is often the longest part of the job, because equipment rarely lands in the same place relative to its utilities. Our pipefitters reroute and reconnect process piping, steam and condensate, cooling water and chilled water, compressed air and process gas piping, drains and vents. New pipe and supports are installed rather than forcing old pipe to fit, and every connection is checked against the disconnection list. Modified lines are pressure or leak tested as the governing code and the owner’s procedures require, and process lines are cleaned or flushed before product touches them. The owner’s electrical contractor reconnects power and controls in parallel.
Startup, checkout and requalification
Startup is staged. Fluids are refilled to the manufacturer’s specification, rotation and interlocks are checked, the machine is run unloaded and then under load, and its output, vibration and operating readings are compared with the pre-move baseline.
In regulated plants, the relocation of equipment is not finished until the system is requalified. A move normally triggers change control and at least installation and operational qualification at the new location, and sometimes performance qualification as well. Our as-found and as-left records feed directly into that package, and we can support or perform the work through our validation and commissioning services, so the move and the qualification are planned as one schedule rather than two.
Plant relocation and factory relocation planning
What is factory relocation? It is moving a production operation, from a single line to a whole site, to a new building or plant while keeping customers supplied. In practice it is a program of many machinery moves sequenced around production, construction at the new site and a build-ahead inventory plan. Relocating a whole plant also adds the receiving building’s utilities, foundations and permits, and staged shutdowns at the old site.
Plant moving services that treat the job as freight lose time at the receiving end, where foundations, utilities and startup decide the schedule. Our plant relocation services start with a move register that lists every machine, its dependencies and its downtime window, and then group them into phases. Phased moves keep at least one source of supply running: a duplicate line is started at the new site before the old one stops, or the move is split across planned shutdowns. Where a line cannot be duplicated, foundations, anchors and plant utilities are brought to the point of connection in advance, so the downtime is just the move itself.
| Phase | Work at the old site | Work at the new site |
|---|---|---|
| Planning | Equipment register, surveys, as-found records, build-ahead plan | Layout, foundations, utility design, permits |
| Preparation | Prefabricate disconnection kits; schedule shutdowns | Pour foundations; run utilities to points of connection |
| Move waves | Disconnect, secure, rig out and load each group | Receive, set, level, anchor, align and reconnect each group |
| Startup | Removal of remaining equipment and services; site make-safe | Startup, checkout, requalification, handover |
Industrial plant relocation services in regulated industries add qualification at the receiving site and, for GMP equipment, protection of classified space; those details are on our pharmaceutical rigging page. Every facility relocation, regulated or not, benefits from a single owner of the move schedule, and good factory relocation services put as much planning into the receiving building as into the one being emptied. Heavy equipment relocation between sites also needs the carrier’s schedule, crane bookings and receiving crews lined up so that loads are set the day they arrive. As an industrial relocation goes forward, the same register tracks each machine through disconnection, transit, setting and startup, so the owner always knows where every asset stands.
Machinery moving cost: what drives it
The cost of industrial equipment moving is driven far more by complexity than by distance. The main drivers are:
- Weight, size and fragility of the equipment, and whether it can travel in one piece.
- The route: confined spaces, low doors, upper floors, roof sets and floor reinforcement add equipment and time.
- The rigging method: a mobile crane, gantry setup or air casters carry different setup costs than skates and jacks.
- Disconnection and reconnection scope, especially the amount of piping that must be rerouted at the new location.
- Precision required at reinstallation: grouting, alignment and verification add time but prevent rework.
- Working hours: weekend and shutdown work, and restrictions inside operating plants.
- Transport, crating and protection, and requalification for regulated equipment.
An early survey is the biggest saving, because it replaces contingency with facts.
How to choose a machinery moving company
Choose an equipment moving company on its plan for your equipment, not on a price per ton. Ask every bidder the same questions and compare the answers.
| Question to ask | A strong answer |
|---|---|
| Who will survey the move, and what will you record before disconnection? | A site walk-down and a written as-found record of level, alignment, anchors, connections and settings |
| What method will you use, and why? | A named method for each stage, with the load on each skate, jack or leg stated |
| Who does the reconnection and startup? | The same contractor’s millwrights and pipefitters, with a clear interface to the owner’s electricians |
| How do you inspect and control rigging gear? | Pre-use inspections, marked capacities, removal criteria and a written lift plan for critical lifts |
| Who carries the load, and what insurance covers it at each stage? | A clear answer for rigging, transport and reinstallation, with certificates provided |
| What will you hand over when the job is done? | As-left level and alignment records, test records and a punch list closed out |
Machinery moving companies vary in scope. Some are truck operators that also rig, some are machinery moving specialists whose crews stop at the floor, and some are mechanical contractors that carry the job through startup. A heavy machinery moving company that rigs well but hands reconnection back to the owner leaves the hardest part undone. If the move involves process piping, utilities or a validated system, the industrial equipment moving companies to shortlist are the ones whose own trades reconnect and restart the equipment, because every hand-off between firms loses documentation and responsibility. Ask any machine moving company you consider to name the trades it will have on site on startup day.
What is machinery movement insurance?
“Machinery movement insurance” is a general name for the coverage that applies while someone else’s equipment is being lifted, moved or transported. A standard general liability policy usually excludes damage to property in the contractor’s care, custody or control, so riggers commonly carry riggers’ liability coverage, written as an endorsement or as inland marine coverage, for property being rigged, moved or installed. While equipment is on a truck, the carrier’s cargo coverage applies, and the owner’s own property or builder’s risk policy may apply at other stages. Policies differ in where coverage starts and stops; some end when the load is set down. Before a move, confirm the coverage limits against the equipment’s replacement value and agree in writing who carries the risk at each stage: rigging out, transit, rigging in and startup.
Talk to us about a machinery move
Our machinery moving service runs from the first survey to the first good part. Paul Industries plans and carries out machinery moves, line re-layouts and plant relocations nationwide, from a single machine to a full site, with the rigging, millwright, piping and startup work under one contractor. Send us the equipment list, current and new locations and your downtime window, and we will arrange a survey. Request a quote.
Standards referenced: ASME B30.1 · ASME B30.5 · ASME B30.9 · ASME B30.20 · ASME B30.26 · OSHA 29 CFR 1910.184 · OSHA 29 CFR 1910.178 · OSHA 29 CFR 1926.251 · OSHA 29 CFR 1926 Subpart CC
Frequently asked questions
What is the difference between rigging and lifting?
Lifting is the act of raising a load with a crane, hoist, jack or forklift. Rigging is the gear and the plan that connect the lifting machine to the load: slings, shackles, spreader beams, attachment points and how they are arranged. A lift can fail from either side, so both are planned and checked.
When rigging a load, where should the hook be?
Directly over the load's center of gravity. If it is not, the load will swing or tilt as it leaves the ground. A short trial lift a few inches off the floor shows whether the load hangs level before it is raised further.
Is rigging dangerous?
It is high-risk work that becomes routine when it is planned: known weights, inspected gear with marked capacities, a defined exclusion zone, one person directing the move and a crew that keeps clear of the load. Most rigging incidents trace back to an unknown weight, damaged gear or someone standing in the wrong place.
Can our own maintenance crew move a machine?
Small, light equipment on casters, yes, if the crew is trained and the gear is rated and inspected. Once a move involves jacking, cranes, floor loading questions, precision leveling or many utility connections, a heavy equipment moving company with millwrights and pipefitters is the safer choice, working under your permit and lockout system.
Does the rigging contractor's insurance cover our equipment on the truck?
Not necessarily. Riggers' liability coverage is written for property being lifted, moved or installed, and some forms end when the load is set down. On the road, the carrier's cargo coverage normally applies, and its limit may be well below the value of the machine. Ask for certificates from both and check your own property policy for the gap.
How long does it take to move a production machine?
It depends far more on disconnection and reconnection than on the move itself. A simple in-plant move can be done within a shift or a weekend, while a machine with many utility connections, grouting and requalification takes longer. The survey produces a schedule for each machine.
Should hydraulic oil and coolant be drained before a move?
Usually yes, following the equipment manufacturer's shipping instructions. Draining reduces weight, avoids spills and keeps fluids from surging inside the machine. Some systems are sealed full instead; the as-found record notes which approach was used so the machine is refilled correctly.
Do machines need to be re-leveled after they are moved?
Always. A new floor, new anchors and the stresses of the move all change level. The machine is leveled back to its recorded as-found readings or the manufacturer's tolerance, and then shaft and line alignment is checked, because alignment depends on level.
Can equipment be moved while the rest of the line keeps running?
Often, yes. The work area is isolated, energy sources for the machine being moved are locked out, and the route is planned to avoid live equipment and traffic. Noise, dust and hot work rules are agreed with production beforehand.
What information do you need to quote a machinery move?
An equipment list with make, model and approximate weights, the current and new locations, drawings or photos of the route, the utilities connected to each machine, your downtime window and any regulatory requirements. A site survey turns that into a firm scope.
How is a machine moved through a door that is too small?
Options include removing guards, cabinets and other components, splitting the machine at its factory joints, temporarily widening the opening, or bringing it in through a roof or wall opening with a crane. The survey identifies the least invasive option.
Do you move tanks and skids as well as machines?
Yes. Tanks, vessels, pump skids, chillers and process skids are moved with the same survey, rigging and reconnection approach. Tanks need special care with nozzles, legs and internal components, and process skids are moved as one assembly where the frame allows it.
Can you relocate equipment to a plant in another state?
Yes. We work nationwide: our crew disconnects and prepares the equipment at the origin, the carrier handles transport, and we receive, set, reconnect and start it up at the destination.
What happens to the old foundation and anchors after a move?
Anchors are cut flush or removed, holes and pockets are filled, and the floor is patched so the area is safe and ready for reuse. If new equipment will take the space, the foundation can be prepared for it at the same time.
Does a moved machine need to be revalidated?
In GMP plants, a relocation is a change that normally requires change control and requalification at the new location, at least installation and operational qualification. The as-found and as-left records from the move become part of that evidence.
What does a rigging contractor provide at handover?
As-left level and alignment readings, records of pressure or leak tests on reconnected lines, startup checks compared with the pre-move baseline, and a closed punch list. Those records make the next move or troubleshooting job much easier.
Related: Millwright & Industrial Rigging Services · Pharmaceutical Equipment Rigging And Installation · Industrial Maintenance Services · Plant Shutdowns & Turnarounds · Industrial Mechanical Contractor · Process Piping · Request a quote