A machine can be moved to a new location in just a few hours. However, if the move is poorly planned, production can be halted for much longer. Moving a machine within a factory is often viewed merely as a logistical task: disconnect, lift, transport, and set up. But in practice, it’s not just a matter of whether the machine physically fits in the new location. The crucial factor is whether it will function without issues during normal operation. The new location will change the material flow, trolley routes, space for operators, service access, and utility connections. The biggest complications therefore often arise not during the move itself, but before or after it.
Why Moving a Machine Changes the Entire Production Flow
A machine never operates in isolation. It has its inputs, outputs, operators, surrounding areas, and connections to other workstations. It is linked to the supply of materials, the removal of finished parts, in-process handling, quality control, the movement of carts, operator tasks, setup, maintenance, and servicing.
Moving the machine, therefore, changes more than just its location. A forklift operator may have to take a longer route, the operator may lose sight of the adjacent workstation, and the in-process area may end up on the wrong side of the machine. A service technician may not be able to access the control panel, grease points, or rear cover. On paper, the new layout may look good, but in operation, all it takes is a machine turned the wrong way, a few extra meters, or a narrow aisle to cause delays, collisions, and unnecessary costs.
JHow to Plan Handling Routes During Machine Relocation
It’s not enough to know where to place the machine. You also need to know how to access it and what will be happening around it. Before moving the machine, be sure to check the following:
- how incoming materials will be routed to the machine,
- where finished parts or waste will be taken,
- whether the routes for forklifts will be compromised,
- whether there will be any conflicts with other operations,
- whether a forklift or handling equipment can safely turn in the aisle,
- whether pallets will block passageways or service areas,
- whether the new location will restrict other workstations.
A typical real-world problem seems simple. The machine is moved to a location that makes sense in terms of space, but materials start taking a detour to reach it. A single cycle is extended by just a few minutes. But with repeated handling, that adds up to hours of unnecessary movement over the course of a week.
What to Check Before Moving a Machine Within a Facility
The biggest risk is not the move itself, but an unprepared new location. Even before disconnecting the machine, it should be clear that the new location is truly ready for operation. Be sure to check the following:
- the space around the machine for operation, adjustment, maintenance, and service,
- the ability to open covers, doors, and control panels,
- access to grease, inspection, and service points,
- the load-bearing capacity and condition of the floor,
- the levelness of the surface and the possibility of precise adjustment,
- the power supply and adequate circuit protection,
- compressed air distribution,
- cooling, extraction, or drainage of liquids,
- safety zones and escape routes,
- accessibility of material handling equipment.
The operator has no room to handle parts. The service technician cannot access the rear of the machine. The control cabinet door cannot be fully opened. The pallet interferes with the aisle. Something must be moved aside every time a tool is changed. These are not minor issues, but operational delays that will recur every day.
Risks Associated with Changing the Production Layout
If a change isn’t prepared properly, it can have the exact opposite effect. Instead of a shorter route, the trolley will start circling around racks or backing up in a narrow aisle. Instead of more open space, trolleys, pallets, and operators will start crossing paths. While the machine may be moved, access to service points or the control panel will be compromised. Elsewhere, there will be a lack of inter-operational space. During every intervention, maintenance will have to move pallets or disassemble surrounding equipment. And if utilities aren’t ready, production doesn’t stop because of handling, but because of waiting for electricity, compressed air, cooling, or exhaust. The handling itself can take several hours. But an unprepared new location can extend the downtime by days.
Typical Real-World Scenarios
The machine is in place, but production isn’t
The relocation goes smoothly, the machine is installed in its new location, and the technicians leave, but production doesn’t get underway. The final power supply is missing, the circuit breaker isn’t ready, the air pipe doesn’t reach, the exhaust vent is on the other side, or they’re waiting for the cooling system to be modified. At that point, the problem isn’t the move itself. The problem is that the new location wasn’t prepared as a functional workspace.
Materials take a longer route
On the blueprint, the new location looks logical because the machine frees up space elsewhere in the hall. Once operations begin, however, it turns out that the trolley has to drive around the shelves, cross the path of another line, or back up in a narrow aisle. Each material delivery is delayed by only a few minutes, but with dozens of repetitions per shift, this adds up to a real loss of time. Furthermore, the risk of collisions and blocked passageways increases.
The machine is too close to other equipment
The machine just barely fits in the selected space. The operator has little room to load parts, the pallet doesn’t fit in the usual position, the cabinet door won’t open fully, and the service technician can only access the rear after moving the surrounding equipment out of the way. Production is running, but every tool change, adjustment, or service call takes longer than it should.
The relocation was planned at the last minute
The date is set quickly, but the preparations remain incomplete. The handling equipment arrives to find pallets or work-in-progress blocking the path. The new location isn’t cleared, the floor hasn’t been inspected, the electrical connections aren’t disconnected, and no one knows exactly who is supposed to confirm that the machine is ready for relocation. Instead of a smooth operation, there is waiting, phone calls, and improvisation right in the hall. The downtime is then longer not because of the complexity of the move, but because of poor coordination.
How to Prepare for a Machine Relocation to Minimize Production Shutdown Time
The new location must be ready before the machine is disconnected. A good procedure can be summarized in five steps:
- Verify the new location: the space around the machine, floor load capacity, service access, and safety clearances.
- Check the handling route: passageways, aisles, turning radius of equipment, and potential collisions with racks, pallets, or other operations.
- Prepare connections: electrical, compressed air, cooling, exhaust, liquid drainage, and other utilities.
- Coordinate personnel and schedules: production, maintenance, electrical, machine operators, and the external logistics company.
- Plan the startup after relocation: setup, alignment, accuracy checks, test run, and transfer to operation.
When to Hire a Specialized Company to Move a Machine
Hiring a specialized company makes sense primarily for heavy, precision, or sensitive machinery. The same applies when there is limited space in the facility, the handling route is complex, or the move affects multiple workstations at once. This is precisely where the key difference lies. The problem isn’t the transport itself, but inadequate preparation of the new location.
To assess the situation, it’s helpful to know the machine type, its approximate weight and dimensions, its current and new locations in the facility, the distance of the move, access routes, the required deadline, and information about connections to power, air, cooling, or exhaust systems. Photos of the machine, the route, and the new location often significantly speed up the design of a suitable procedure. Are you planning to move a machine within a hall? Have the new location, the handling route, the necessary equipment, and the readiness of utilities checked in advance. You’ll save yourself downtime, improvisation, and unnecessary extra costs.
Frequently Asked Questions (FAQ):
How long does it take to move a machine within a facility?
It depends on the machine’s weight, accessibility, the distance to be moved, and the readiness of the new location. The actual manipulation may only take a few hours. However, the total time is extended by disconnection, positioning, utility connections, and accuracy checks.
What needs to be prepared before moving the machine?
It is advisable to clear the new location in advance, verify the transfer route, check the floor’s load-bearing capacity, prepare electrical, air, cooling, or exhaust systems, and coordinate the schedule with production operations.
Can the machine be moved without stopping production?
It depends on the type of machine and its integration into production. If the machine directly affects the production flow, a short downtime is usually unavoidable. However, moving the machine outside of the main shift, overnight, or on the weekend can significantly reduce the downtime.