Moving a laboratory is nothing like relocating a standard office. A single improperly secured centrifuge rotor, a swapped cable on an analytical instrument, or a broken cold chain can cost far more than the move itself. This laboratory relocation guide is designed for managers, lab technicians, medical practices, and businesses that need to transfer equipment, consumables, and workflows in a controlled manner.
A successful move has one clear objective: at the new address, the laboratory must be ready for safe commissioning, with traceable equipment, preserved samples, and minimal disruption to operations. Achieving this requires an advance site survey, a precise plan, and a team that knows how to handle precision and heavy-duty equipment.
Laboratory Relocation Guide: Start with a Site Survey
Don't plan based on photos and an approximate inventory list. An on-site survey reveals the real risks — narrow corridors, staircases, elevators with insufficient load capacity, limited access for a moving truck, high countertops, fixed installations, and sensitive instruments.
During the survey, the dimensions and weight of every key asset are recorded, along with the disassembly method, required packing materials, and the route from the laboratory to the vehicle. Access to and entry points at the new location are also assessed. This is the moment to determine whether a loading platform, specialized trolleys, lifting equipment, or additional personnel will be needed.
A good quote is more than just a final price. It defines the full scope of work: disassembly, packing, loading, transport, unloading, positioning, removal of waste packaging, and any temporary storage required. This keeps responsibilities clearly defined before work even begins.
Build an Inventory and Set Priorities
Before the move, create an inventory list organized by room and functional zone. Don't rely solely on the accounting register. You need a working list that shows exactly what is being moved, what stays behind, what is being decommissioned, and what will be delivered separately.
For each item, record the serial number, dimensions, weight, a photo of its current condition, accessories, and the responsible staff member. For analytical systems, document cables, adapters, tubing, pumps, software keys, and mounting stands. A single missing component can delay the startup of an expensive instrument by days.
Divide the equipment into three groups. The first includes business-critical instruments that must be installed and verified first. The second covers equipment that can be transferred without urgency. The third consists of consumables, archives, and furniture. This sequence allows the new space to be set up functionally, rather than simply filled with boxes.
Identify What Should Not Be Transported
Chemicals, biological materials, gas cylinders, sharps waste, and substances subject to special regulatory controls cannot simply be loaded alongside the rest of the inventory. Their relocation depends on the type, quantity, packaging, safety data sheets, and applicable internal and regulatory procedures.
Before the move, the laboratory must determine which materials are to be disposed of through proper channels, which are to be transferred by an authorized provider, and which can be transported under specific conditions. A professional moving crew handles equipment and packaging according to a pre-approved plan, but does not replace the laboratory's own safety procedures.
Prepare Equipment According to Manufacturer Guidelines
The most common mistake is switching off an instrument the evening before and loading it the following morning. Some equipment requires time to stabilize, moving parts to be secured, fluids to be drained, mechanisms to be locked, or service preparation to be completed.
For refrigerators, freezers, and incubators, plan whether the contents will be transferred to temperature-controlled containers and when the unit can safely be switched off. For ultra-low temperature freezers and sensitive samples, the risk cannot be managed with ordinary boxes and ice. A measurable temperature regime, a contingency plan, and a clearly designated person monitoring the storage chain are all essential.
Centrifuges, microscopes, spectrometers, autoclaves, and other precision instruments must be secured in accordance with their technical documentation. For some devices, disassembly and recommissioning must be carried out by an authorized service provider. This is not an added formality — it protects the warranty, measurement accuracy, and the safety of personnel.
Packing That Protects Against More Than Impact
Laboratory equipment is sensitive not only to impact, but also to vibration, tilting, dust, moisture, and static electricity. Packing materials should therefore be selected based on the specific item, not whatever box happens to be available in the storeroom.
Small instruments, glassware, and accessories should be placed in separate, clearly labeled packages with internal protection. Electronic components may require anti-static packaging. Heavy instruments should be secured on an appropriate base, protected at the edges, and braced inside the vehicle to prevent shifting during transit.
Labels should give the person unloading everything they need to know: what is inside, which room it belongs to, the correct orientation, and whether it requires special handling. Good labeling saves time — but more importantly, it prevents misplacement and chaotic unpacking.
Organize Moving Day Like an Operation
Work begins with a brief team briefing, not with carrying the first box. A coordinator from the laboratory side and a team leader from the moving crew are designated. They confirm the scope of work, the loading sequence, access to all rooms, and safety protocols.
Start with items that have been prepared and documented. Do not allow unknown boxes, chemicals, or equipment to be added to the load at the last minute without an assessment of weight and securing method. These improvised additions are precisely what leads to damage, delays, and disputed liability.
For larger facilities, it is often practical to carry out the move in phases. One part of the laboratory continues operating while another is prepared for transport. This approach requires more organizational effort, but may be more cost-effective than a complete shutdown. The right choice depends on the type of research being conducted, the availability of backup equipment, and the acceptable downtime.
Receiving at the New Address Is Part of the Service
Unloading is not complete when the last item crosses the threshold. Equipment must be placed in the correct room and in the pre-agreed position. This avoids having to move sensitive or heavy instruments a second time once countertops and furniture are already in place.
During handover, compare what has been delivered against the inventory list and check the visible condition of all packaging and equipment. Note any discrepancies immediately. The laboratory team or authorized service provider can then carry out installation, calibration, functional testing, and validation in accordance with internal procedures.
Before the first working sample is processed, verify the power supply, ventilation, water connections, network infrastructure, and room conditions. A relocated instrument may appear perfectly intact yet not be ready for accurate measurements. For accredited or regulated laboratories, qualification documentation and quality control records must follow the facility's own management system.
When a Specialized Team Is Required
Relocating a small teaching laboratory with basic glassware is an entirely different undertaking from moving a medical, dental, pharmaceutical, or industrial facility. Heavy cabinets, precision instrumentation, restricted access points, and tight recovery timelines are all strong reasons to choose a contractor with genuine experience in specialized relocations.
Korekt plans every move with an on-site survey, trained crews, appropriate transport, and oversight of every step — from protective packing to positioning at the new address. When needed, temporary storage can also be arranged if the new space is not yet fully ready to receive the equipment.
The safest course of action is to begin preparations before the deadline becomes critical. An early site survey, an accurate inventory, and clearly assigned responsibilities give the laboratory the time it needs to protect what matters most — the safety of its people, the integrity of its equipment, and confidence in its results.
