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A working laboratory does not survive an unplanned move. Cold chains break, calibrations drift, samples degrade, and months of research end up at risk before anyone notices. Lab managers in the South San Francisco biotech corridor and Seattle's South Lake Union cluster treat relocation as a project, not a task, and build the plan accordingly. Here is a project-management primer for lab leaders and facilities managers preparing a move, from first inventory to the first reopened bench.
Start With Inventory and Risk Assessment
A good plan begins with a real inventory: instruments, reagents, sample freezers, gas cylinders, and regulated chemicals, each with model numbers, serial numbers, calibration dates, and vendor service contracts attached. The move plan cannot be built until leadership knows what is being moved.
The risk assessment sits alongside the inventory. Rank each item by criticality, by regulatory status (controlled substances, radiological materials, biologicals), and by move sensitivity (vibration, temperature, humidity, orientation). Class II biosafety cabinets need decontamination and recertification. Living samples and cell lines need dedicated cold-chain handling, and the loss of them is often unrecoverable.
Build the Vendor Bench Before You Set a Date
Lab moves stall when the project owner tries to run them alone. A functional team includes internal facilities and EHS staff, the IT group responsible for lab instruments and data systems, calibration and service vendors for each major instrument, the licensed commercial mover, and DOT-authorized hazmat carriers when regulated materials are in scope. IRB or IACUC representatives often need a seat at the table too.
Set that team up in the first two weeks of planning. Each vendor has its own lead time, and the calibration technician who has to be on-site the day after delivery may already be booked ninety days out.
Pro Tip: Ask every equipment vendor whether moving the instrument outside a certified service contract voids the warranty. Some do; some require a manufacturer-authorized technician to disconnect and reconnect. Knowing that answer per asset shapes the vendor plan and the budget.
Phase the Timeline in 90-to-180-Day Blocks
Most lab relocations of any scale need three to six months of planning before move day. A realistic phasing plan runs like this: months one and two for inventory, risk assessment, and vendor selection; months two through four for regulatory notifications, procurement of shipping cases, and IT migration planning; months four and five for decommissioning schedules, dry runs, and staff communication; the final month for execution and recommissioning.
Complex moves stretch longer. A biotech company in San Diego's Torrey Pines mesa relocating a GMP suite, or an academic research group at OHSU in Portland moving vivarium space, will look at nine to twelve months from kickoff to fully operational at the new site. Compressing a lab move below ninety days usually means accepting risks that surface later as data quality problems or failed audits.
Chain of Custody Through Decommission, Move, and Recommission
Move week is where the plan meets reality, and documentation carries the day. Regulated materials travel under chain-of-custody paperwork. USDOT hazmat placards go on trucks carrying flammables, corrosives, or biological substances. Cold-chain shipments ride with temperature loggers, and someone reviews the data on arrival before the freezer is opened. Any biosafety cabinet gets a re-certification sticker before it is returned to service.
Decommissioning follows a reverse-installation order. Instruments are shut down per manufacturer procedure, drained or purged where needed, and crated. IT confirms data migration. EHS signs off on space clearance. On the receiving end, recommissioning proceeds with the same discipline: level the instrument, restore utilities, reconnect, power up, calibrate, and validate against a documented acceptance criterion.
Pro Tip: Build a per-instrument recommissioning checklist during planning, not on move day. Each line should name the responsible person, the utility requirements, the calibration standard, and the go or no-go criterion for returning the instrument to service.
Where Lab Moves Go Sideways
The failure points are predictable. Cold-chain gaps top the list: a freezer sits on a loading dock and hours later the samples inside are compromised. Calibration surprises come next: instruments arrive, look fine, and then fail qualification because transit vibration knocked something out of tolerance. Regulatory misses are the third: a controlled substance moves without the right DEA paperwork, or a radiological source moves without notifying the state, and the lab reopens under a cloud of findings. Bringing in a specialist mover for the pieces that require one keeps the rest of the plan intact.
Plan the Lab Move With a Partner Who's Done This Before
Chipman Relocation & Logistics has been supporting West Coast businesses since 1939, and our commercial team coordinates laboratory relocations across the biotech, pharmaceutical, and academic research corridors from San Diego to Seattle. Our project managers work alongside facilities and EHS leads to build the plan, manage the vendors, and execute the move on a timeline the science can absorb. Learn more about our laboratory relocation services, or request a commercial quote to start the conversation.
