Moving a Laboratory: What to Evaluate Before You Hire a Relocation Vendor

Quick answer: Moving a laboratory is a compliance and continuity project first and a logistics project second. Before soliciting quotes, a lab manager or procurement officer needs to define what is actually being moved (equipment, chemical inventory, biological materials, records) and which regulatory obligations travel with each category — because that determines what kind of mover you need. A lab relocation is not interchangeable with a standard office or furniture move: instruments require re-calibration and requalification (IQ/OQ/PQ) at the new site, chemical inventory is subject to DOT/IATA hazardous-materials transport rules if it crosses a public road, and biological or clinical materials may carry chain-of-custody and biosafety obligations that a general-freight carrier is not equipped to document. This guide sets out what to evaluate before you sign a contract with a lab relocation vendor, what belongs in the scope of work, and the standards and requirements that should shape your vendor comparison.

Why a laboratory move is a different procurement category than a standard office move

A general commercial moving company can pack and transport furniture, boxes, and standard IT equipment competently. That is not the skill set a laboratory relocation requires. The distinguishing factors procurement should evaluate for are:

• Regulated hazardous materials in transit. Chemical reagents, compressed gas cylinders, and some biological specimens are regulated as hazardous materials for transport under U.S. Department of Transportation (DOT) rules (49 CFR Parts 171-180) for ground shipment, and under International Air Transport Association (IATA) Dangerous Goods Regulations if any leg of the move is by air. A mover handling these materials needs DOT hazmat-certified drivers and documented segregation/packaging procedures — not just a truck.
• Instrument sensitivity and requalification. Analytical balances, centrifuges, spectrophotometers, chromatography systems, and similar equipment can go out of calibration from vibration and shock during transport. Equipment used in a regulated environment (GLP, GMP, or a CLIA/CAP-accredited clinical lab) typically requires re-qualification — installation, operational, and performance qualification (IQ/OQ/PQ) — at the destination before it returns to service, and some instruments need vendor-authorized field service technicians rather than a general mover to disconnect, transport, and reinstall them.
• Cold chain and environmental continuity. Ultra-low freezers (-80°C), cryogenic (liquid nitrogen) storage, refrigerated reagents, and biological repositories cannot tolerate a multi-hour gap in temperature control. Relocating these assets requires either a validated cold-chain transport plan (backup power, temperature logging, a maximum allowable excursion window) or a sequenced move that never breaks the chain.
• Biosafety and chain-of-custody documentation. Biological specimens, cell lines, and infectious materials may fall under institutional biosafety committee (IBC) oversight and, for shipments crossing state or international lines, CDC/USDA select-agent or import-permit requirements. Clinical specimens carry patient-privacy and chain-of-custody obligations that need to be documented at every handoff, not just at pickup and delivery.
• Records and data continuity. Paper records, sample inventories, and instrument data need a defined chain of custody and, where applicable, retention-schedule compliance during the transition — a records gap during a move is a common source of audit findings after the fact.

None of this means every lab move needs a specialized vendor for every item — office furniture and general supplies can go with a standard mover. It means the scope of work should separate “general move” items from “regulated/sensitive” items and assign each category to a vendor actually equipped to handle it, rather than assuming one contract covers everything.

Building the scope of work: what to inventory before requesting quotes

A relocation vendor can only quote accurately — and a procurement team can only compare quotes meaningfully — against a defined inventory. Before soliciting bids, compile:

• An asset inventory by category: instruments (with make/model, weight, and any manufacturer-specific handling requirements), chemical inventory (with hazard classifications, quantities, and whether items are DOT/IATA-regulated), gas cylinders, biological materials (with storage temperature and any select-agent status), and general lab supplies/furniture.
• Chain-of-custody requirements for anything that needs one — controlled substances (DEA-scheduled materials require a documented transfer under 21 CFR Part 1301, generally including notification to and coordination with DEA before relocation), clinical specimens, and any material tied to an active research protocol or clinical trial where a break in custody could compromise data integrity.
• Requalification requirements per instrument — which instruments need IQ/OQ/PQ or a calibration check at the destination before returning to service, and whether that work is done by the manufacturer, a third-party metrology provider, or in-house staff.
• Utility and infrastructure dependencies at the destination — fume hood and biosafety cabinet certification status, gas lines, emergency power for cold storage, and whether the destination space itself needs commissioning (IQ/OQ) before equipment arrives.
• A sequencing plan that identifies which assets can tolerate downtime and which cannot (active cell cultures, ongoing clinical trial samples, live animal facilities), so the schedule protects continuity where it actually matters.

This inventory becomes the scope-of-work document a vendor quotes against, and it is the basis for comparing bids on substance rather than headline price.

What to evaluate in a lab relocation or decommissioning vendor

Because “lab moving” companies range from general movers who advertise lab experience to specialized scientific-equipment logistics providers, evaluate prospective vendors on documented capability rather than marketing claims:

Evaluation criterion	What to ask for
Hazmat transport authority	DOT hazmat registration and driver certification if chemicals or gas cylinders are part of the scope; IATA Dangerous Goods training if any leg is by air.
Instrument handling experience	References or case examples specific to your instrument classes (analytical balances, mass spectrometers, imaging equipment, -80°C freezers), and whether they subcontract requalification to the original equipment manufacturer or a qualified third party.
Cold-chain capability	A documented cold-chain transport plan — temperature logging, backup power, and a stated maximum allowable excursion window — for anything requiring refrigeration, freezing, or cryogenic storage.
Insurance and liability coverage	Cargo insurance limits adequate to the replacement value of the equipment being moved, and clarity on who bears liability for instrument damage that surfaces only after requalification at the destination.
Biosafety/regulated-materials handling	Documented procedures for biological materials consistent with your institutional biosafety committee’s requirements, and experience with any applicable CDC/USDA permit requirements for materials that will cross jurisdictional lines.
Decommissioning and disposal	If the move includes retiring equipment rather than relocating it, whether the vendor coordinates with (or is) a permitted hazardous-waste handler for chemical decontamination of instruments and disposal of anything not being kept — this is a separate compliance question from transport, governed by RCRA generator obligations that stay with your institution regardless of who hauls the waste.
Project management and sequencing	A written move plan with a sequencing schedule tied to your continuity requirements, not just a delivery date.

Some laboratories work with specialized medical/laboratory logistics and supply distributors that offer relocation coordination alongside their core distribution business — for example, LAC Health (lac.us) is one such distributor active in the clinical and laboratory supply chain. Whether a distributor-affiliated logistics offering, a dedicated scientific-equipment mover, or an in-house move coordinated with multiple specialist subcontractors is the right fit depends on the scope defined above; evaluate any vendor, including a familiar supply-chain partner, against the same documented-capability criteria rather than defaulting to an existing relationship.

Regulatory and standards touchpoints that shape the move

• DOT hazardous materials regulations (49 CFR Parts 171-180) govern the ground transport of hazardous chemicals and compressed gases, including packaging, labeling, and driver certification requirements.
• IATA Dangerous Goods Regulations apply if any regulated material moves by air, including many interstate or international multi-site relocations.
• CLIA and CAP accreditation requirements apply if the lab performs clinical testing — a relocation of a CLIA-certified laboratory generally requires notifying CMS and, where applicable, the accrediting body, and re-validating testing procedures and equipment at the new location before resuming patient testing.
• Good Laboratory Practice (GLP, 21 CFR Part 58) and Good Manufacturing Practice (GMP) environments require documented equipment qualification and change-control records covering the relocation itself, not just the equipment’s ongoing operation.
• RCRA generator responsibility for any chemical waste generated during decommissioning or decontamination stays with the generating institution regardless of which contractor physically handles it — the same “cradle-to-grave” liability principle that applies to routine hazardous waste disposal applies here.
• DEA controlled-substance transfer rules (21 CFR Part 1301) apply if the lab holds any DEA-scheduled materials, requiring documented, authorized transfer procedures.

Confirm current requirements with the relevant regulator or accrediting body before finalizing a move plan — these programs periodically update procedural requirements, and the notification timelines in particular are worth verifying directly rather than assuming from a prior move.

Budgeting and timeline considerations

Lab relocation costs and timelines vary widely by scope, so there is no single reliable industry-wide figure to quote as a planning benchmark; the cost drivers that matter most are the number and type of instruments requiring specialized handling and requalification, the volume and hazard classification of chemical inventory, whether cold-chain or biosafety-controlled materials are involved, and how much downtime the schedule can tolerate (a move sequenced to avoid interrupting active research or clinical testing generally costs more than one with no such constraint). Build the budget around the inventory and scope-of-work document described above, get itemized quotes rather than a single lump-sum figure, and confirm what is and is not included — requalification and calibration services in particular are sometimes quoted separately from the physical transport.

Frequently asked questions

Can a general commercial moving company handle a lab move?

A general mover can typically handle non-regulated items such as furniture, general supplies, and standard office equipment. For chemicals, compressed gases, calibrated instruments, cold-chain materials, or anything with a chain-of-custody requirement, use a vendor with documented hazmat transport authority and relevant handling experience, or split the scope between a general mover and specialized subcontractors for the regulated categories.

Do instruments need to be recalibrated after a move?

Many analytical instruments are sensitive to the vibration and shock of transport and should be checked against manufacturer specifications after relocation; instruments used in a regulated environment (GLP, GMP, CLIA/CAP-accredited testing) typically require formal requalification (IQ/OQ/PQ) or a documented calibration verification before returning to service. Confirm the specific requirement with the instrument manufacturer and, where applicable, your accrediting body.

What happens to chemical inventory during a lab move?

Chemical inventory that will be relocated needs to be transported under applicable DOT (and, for air transport, IATA) hazardous materials rules, with proper packaging, labeling, and segregation. Chemicals being retired rather than relocated should be decontaminated and disposed of through a permitted hazardous-waste handler — disposal is a separate compliance step from transport, and generator liability under RCRA stays with the originating institution.

How far in advance should a lab relocation be planned?

Lead time depends on scope, but any move involving a CLIA-certified clinical lab, DEA-scheduled materials, or IBC-overseen biological work generally requires notifying the relevant regulator or accrediting body well before the move date, since some approvals or notifications have defined lead times. Building the asset inventory and scope of work early gives enough runway to secure vendor quotes, schedule requalification services, and complete any required notifications before the move date.

What’s the difference between relocating a lab and decommissioning one?

Relocation moves the lab’s assets to a new operating location and returns them to service there. Decommissioning permanently retires a lab space or specific equipment — it typically involves chemical decontamination, equipment disposal or resale, and closing out any regulatory registrations tied to that location, and it follows a different compliance path (centered on RCRA waste-generator obligations and facility closeout) than a relocation does.