Finding a lab space feels like the moment a biotech startup becomes real. The lease is signed, the floor plan is mapped, the equipment list is ready. Then the first delivery truck shows up and can't reach the loading dock. Or the -80°C freezer arrives and the building doesn't have the electrical capacity to run it. Or a founder discovers, three weeks into setup, that the liquid nitrogen supplier needs six weeks to establish a new account, and now the first experiments are on hold until it does.
These aren't edge cases. The Science Exchange Virtual Lab Manager team sees some version of this at nearly every lab launch. The space looks ready long before it actually is.
The difference between a lab that runs its first experiment in week four and one that runs it in week twelve is rarely the equipment. It's what got done — or didn't — before the equipment arrived.
Most biotech lab setups don't fail because of the wrong equipment — they fail because the infrastructure wasn't ready before it arrived.These are fundamentally different situations, and the space you're moving into determines your setup priorities entirely.
If you're in a shared incubator or accelerator, the building likely provides more than you think: janitorial services, shared lab consumables, conference rooms, internet, sometimes shared equipment. Before you plan or spend anything, get an exhaustive list of what's included, which may be longer than you expect. Don't pay for or build what the building already provides.
If you're in your own leased space, everything is on you. There's no building operator to call about the gas lines. There's no shared equipment room. The infrastructure baseline is zero, and you're building up from it.
Most of what follows applies to both situations, but if you're leasing your own space, start earlier and plan for significantly more.
Before you finalize a single equipment purchase, walk the space with logistics in mind. Don't just think about the floor plan; make sure equipment has a path from the delivery truck to its final position in the lab.
The questions that matter:
This audit takes an afternoon. Skipping it can cost weeks.
This is one of the most common sources of preventable delay the VLM team sees, and it consistently catches founders off guard because the timelines aren't intuitive.
Utility and gas account setups, including liquid nitrogen and dry ice supply accounts, routinely take four to six weeks. If you wait until equipment is installed (which can also take weeks or months) to start these processes, you will wait. The paperwork, site verification, and scheduling involved don't compress no matter how urgently you follow up.
Start the day you sign. At minimum:
If you're in your own leased space, also confirm water supply and gas line availability and capacity before committing to equipment that requires them.
Remote monitoring for critical assets, particularly -80°C freezers and CO₂ incubators, is worth evaluating during setup, not after a sample loss incident.
The case is straightforward: a freezer alarm at 2am on a Saturday is only useful if someone receives it and can respond. Early-stage labs rarely have 24/7 coverage. Monitoring services that send alerts to a phone, log temperature data, and flag anomalies exist specifically for this situation, and they're not expensive relative to what they protect.
Decide on monitoring before your first samples go in. The decision is much easier to make when nothing is at stake yet.
Setting up equipment monitoring before samples go in is one of the cheapest insurance decisions a new lab can make — and one of the most commonly skipped.The temptation in lab setup is to focus on the instruments, because it's the equipment that will actually run the science. The infrastructure that makes those instruments usable gets treated as the boring part.
It isn't. Benches, shelving, water supply connections, air and gas lines, proper storage, and safety infrastructure (eyewash stations, fire extinguishers, first aid) need to be in place before anything else can function. An incubator on the floor in an empty room isn't operational. A centrifuge with no bench rated for its vibration load isn't either.
Establish the infrastructure layer first, then install on top of it. The sequence matters more than most founders expect, and rushing it creates rework that costs more time than doing it right the first time.
A lab space is ready when equipment can be received, installed, powered, connected, and monitored. Each of those steps has a lead time, a dependency, and an account or vendor that needs to be in place before it can happen. None of them are hard. Most of them just take longer than expected.
The founders who launch fastest work backward from "first experiment" and run every setup task in parallel rather than in sequence. The ones who lose weeks are usually the ones who assumed the space would be ready when they were.
The Lab Startup Checklist covers the full pre-operational setup across business infrastructure, space, equipment, and procurement — Check it out here. The VLM team will go deeper on all of this in a live discussion of the full Lab Startup Playbook on July 9. Stay tuned for more details.
Next in this series: The Minimal Viable Lab — what you actually need to run your first experiment, and what can wait. Publishing June 4.