Moving industrial machinery often takes longer or costs more than a company expects. This isn’t because the transport itself is complicated, but because the work before and after it is underestimated. The biggest production downtimes don’t occur during transport, but due to poorly planned downtime, an unprepared destination site, or unclear division of responsibilities.
Quick Guide: What to Expect During the Move
- Initial Inquiry and Submission of Documentation
- Technical Assessment and Proposed Procedure
- Shutdown Plan and Allocation of Responsibilities
- Machine Preparation, Disconnection, and Potential Dismantling
- Handling, Loading, and Transport
- Unloading, positioning, leveling, and assembly
- Testing, commissioning, and return to production
What to prepare before your first inquiry:
- machine or production line type and model
- weight and dimensions
- the addresses of the pickup and delivery locations
- photos of access at both locations
It must be clear in advance who is responsible for:
- disconnecting and reconnecting electrical connections
- disconnecting and reconnecting utilities
- the presence of the manufacturer’s service technician
- responsibility for the technical condition of the machine at the time of handover
What to Prepare Before Your First Inquiry
The accuracy of the quote depends on the information you provide right from the start. Without basic information, it’s impossible to reasonably determine the technical solution or the price. These details are often the deciding factors.
Why Photos of the Access Route Matter More Than the Address
An address does not tell you the width of the door, the height of the passageway, the floor load capacity, or whether there are stairs or a ramp along the route. Photos, on the other hand, often immediately reveal whether a crane, special dollies, or partial disassembly will be needed before even leaving the warehouse. When this information is available in advance, the risk of complications on moving day is significantly reduced.
Technical Assessment: This Is Where Time and Cost Are Determined
After the initial inquiry and submission of supporting documents comes the technical assessment. At this stage, the procedure is determined, the equipment is selected, and a schedule is drawn up. At the same time, we determine how many people will be needed and how many stages the move will be divided into. This is also where we determine who will handle the disconnection and reconnection of utilities—that is, electrical, air, or hydraulic systems. If the company’s internal maintenance team or the manufacturer’s service department cannot handle this, it can be arranged as part of the project.
Dismantle or move as a whole?
Some machines can be moved as a whole, while others must be dismantled due to their dimensions or weight. The difference lies not only in cost but mainly in time. Dismantling and subsequent reassembly add hours, sometimes even days, to the process. The deciding factors are the machine’s dimensions, the accessibility of the route, and the equipment that can be used for the move.
When to Take a Machine Offline
Companies often leave the shutdown date until the last minute. Yet it is precisely this date that affects the entire schedule. The shutdown date needs to be addressed in parallel with the technical assessment, not only after everything else has been agreed upon.
Three Scenarios That Look Similar but Are Not
Moving equipment within a hall is usually related to a layout change. The equipment operates directly on the production floor, and the greatest risks are collisions with other production activities and restricted movement within the hall. Such a move is usually planned outside of peak production hours or on the weekend.
A move to another hall or another plant involves loading, transport, and unloading. The downtime is therefore planned based on the availability of equipment at both locations and on transportation. It is not just a matter of when the machine leaves, but mainly when the destination site will be ready.
Relocating a production line is a standalone project. The shutdown proceeds in stages, from disassembly through relocation to reassembly and test operation. At the same time, it is necessary to coordinate production, maintenance, electricians, and the manufacturer’s service team.
Shutdown timeline for 3 typical scenarios
1) Relocation within the same facility
This typically involves a shutdown lasting from a few hours to one day. The timeframe includes disconnection, relocation, positioning, leveling, reconnection, and basic testing. Most often, the delay is not caused by the relocation itself, but by conflicts with ongoing operations or an unprepared destination site.
2) Relocation to another hall or plant
Here, the shutdown includes machine preparation, loading, transport, unloading, positioning, reconnection, and test operation. In practice, the readiness of the destination site is often the deciding factor rather than the machine’s departure itself.
3) Relocation of a production line
In this case, the downtime proceeds in stages: disassembly, partial relocation, assembly, wiring, calibration, and test operation. The total duration is significantly influenced by the coordination of multiple trades and the reliance on the manufacturer’s service.
The Most Common Mistake in Downtime Planning
A company plans downtime solely for loading, transport, and delivery. However, once at the new location, there are still setup, wiring, and testing tasks that weren’t accounted for. The result is often the same: The machine arrives on Saturday, is wired up by Monday, but calibration and test runs aren’t on the schedule. Production then does not start when it was supposed to.
Machine preparation, disconnection, and disassembly
Before the actual handling begins, the machine must undergo preparation. For CNC machines, this means, for example, backing up programs and securing moving axes; for hydraulic machines, draining or securing fluids in accordance with safety requirements. All disassembled parts must be labeled or at least photographed. Otherwise, assembly at the new location will be unnecessarily delayed. At the same time, the route must also be prepared. Remove obstacles, check the floor, and ensure a clear passage.
Who is responsible for what, and where things get unclear
The most common delays aren’t caused by technical issues, but by unclear roles. The customer expects the moving company to disconnect the electrical connections. The moving company assumes that their in-house electrician will do it. The manufacturer’s service team is supposed to arrive on call, but no one scheduled them in time.
Manipulace, nakládka a transport
Samotný transport bývá technicky nejčitelnější část celého přesunu. Složitější bývá dostat stroj z místa A na vozidlo a z vozidla do místa B.
When a Forklift Isn’t Enough
A forklift can handle most industrial machinery, but not always. Problems can arise due to low ceilings, uneven floors, heavy loads, or an improperly positioned center of gravity. In such cases, low-profile handling dollies or a crane come into play.
Choosing the right equipment is not a matter of price, but of safety and feasibility. If the wrong choice is made, work will come to a standstill or the machine will be damaged. Additionally, when transporting equipment, one must consider the route, clearance under bridges, and any necessary permits for oversized loads.
Unloading, Positioning, and Installation: This Is Where It All Comes Down to
Unloading and positioning the machine at its new location is often more challenging than the loading process itself. The destination is new, the route hasn’t been tested yet, and the actual conditions on site may not match what was originally expected.
Why leveling is not a formality
Precise positioning and leveling of the machine has a direct impact on its functionality. With CNC machines and other precision equipment, even a small deviation affects machining accuracy or causes wear. Leveling is not a formality. It determines whether the machine will function properly after relocation. Leveling is followed by assembly, utility connections, inspection of cabling and hoses, and preparation for test operation.
Testing, Commissioning, and First Production Run
The relocation is only truly complete after a successful test run. For a CNC machine, this involves checking the axis movements and safety features, as well as producing the first part. For other machines, functions critical to their specific operation are tested. Calibration, especially for precision equipment, can take several hours and often requires a technician or a manufacturer’s service representative. It is precisely this part that is most often underestimated during planning.
What most often delays the entire process
- an unprepared route or obstacles in the destination hall
- missing or inaccurate machine specifications, especially weight and dimensions
- unclear division of responsibilities for disconnecting and connecting the machine
- underestimating the time needed for leveling and test runs in the schedule
- the shutdown date not coordinated with the production calendar
- waiting for the manufacturer’s service technician, who was not booked in advance
Why Companies Choose Us for Relocations
It’s not just about loading and transporting the machine. What matters is whether the route is ready, the right equipment is selected, roles are clearly defined, and the downtime is realistically planned, including setup, connection, and testing. Want to know what the relocation of your machine would look like? Send us the machine type, weight, dimensions, and photos of the access points. We’ll prepare a proposal and quote within 24 hours.
Frequently Asked Questions (FAQ):
How far in advance should I plan a machine relocation?
For simple moves within the same facility, one to two weeks is usually sufficient. For moves to a different facility or city, it is advisable to allow at least three weeks for planning, coordinating schedules, and preparation. Relocating a production line or a more complex machine typically takes a month or more, especially if multiple contractors or the manufacturer’s service team need to be coordinated.
When is a crane necessary, and when is material handling equipment sufficient?
It depends on the weight, dimensions, and accessibility of the route. Low-profile handling dollies can handle even very heavy machines, provided there is sufficient clearance and a suitable floor. A crane makes sense when the machine cannot be moved out of the facility using handling equipment or when loading and unloading takes place off-site without the necessary infrastructure. The specific solution is always determined based on photos and specifications.
Do you also provide electrical work, and is the move insured?
Yes. Electrical work and related construction modifications can be arranged as part of the project if the customer does not have their own resources. The machines are insured during transport, and standard coverage can be increased based on the machine’s value and the scope of the job.