Lab Organisation & Storage

Match the material to the environment. Epoxy coated steel and polymer suit general lab areas, stainless steel serves wet, sterile, and washdown zones, and chemically resistant laminates handle solvent exposure. Avoid untreated wood and standard office furniture in any area handling chemicals, since they absorb spills and cannot be decontaminated.

Flammables, corrosives, and toxics each require appropriately constructed, labelled, and often vented cabinets, with incompatible chemicals segregated from one another. National regulations and your institution's safety policies set the specifics. When buying used safety cabinets, confirm the construction standard they were built to and inspect seals, sumps, and hinges for integrity.

Fitting structured racks and standardised cryoboxes typically recovers a large fraction of the capacity lost to loose, unorganised storage. Racking also cuts door open time during retrieval, which stabilises temperature and reduces compressor strain. Measure your freezer's interior and chamber layout, then match rack dimensions exactly, since freezer internals vary between models.

Non porous laboratory grade surfaces decontaminate readily with standard laboratory disinfectants, which is exactly what they were designed for. Ask the seller what the equipment stored and how it was cleaned, and avoid items with damaged surfaces that can no longer be effectively decontaminated. A documented cleaning on receipt satisfies most institutional requirements.

Yes, sellers clearing facilities often list complete storage packages, and buying the lot secures matched equipment at a better price than piecemeal purchases. Contact the seller to walk through the full inventory and agree what is included. For larger packages, financing on qualifying listings can spread what remains a substantial but heavily discounted investment.