Nearly every school science lab is built from the same core kit — measuring, heating, containing, observing and handling — with a modest set of subject-specific additions for biology, chemistry and physics on top. Get the shared core right and each subject needs only a handful of extras, not a separate stockroom.
The checklist below is grouped by what each item is for rather than listed alphabetically, because that's how a lab is actually used — and it's the quickest way to spot a gap before a practical, not during one.
Whether you're fitting out a new lab, taking over a stockroom or planning a restock, this is the practical equipment list to work from. It covers the core apparatus every lab needs, the extras that each science adds, and how to turn the list into a sensible order for a class rather than a shopping spree. Everything here sits within the laboratory equipment range if you want to build the order as you read.
The core apparatus every school lab needs
These five groups do the work in almost any practical, across all three sciences. If the core is complete, most lessons are covered before you add anything subject-specific.
| Group |
What it's for |
Typical items |
| Measuring |
Volume, mass, temperature and time |
Measuring cylinders, beakers, pipettes and burettes, balances, thermometers, stopclocks |
| Heating |
Applying and controlling heat |
Bunsen burners, tripods, gauzes, heatproof mats, bench equipment |
| Containing & reacting |
Holding, mixing and reacting substances |
Test tubes, boiling tubes, conical flasks, beakers, Petri dishes |
| Supporting & handling |
Holding apparatus and moving hot or hazardous items |
Clamp stands, bosses and clamps, tongs, forceps, test tube holders and racks |
| Observing |
Seeing detail and recording results |
Microscopes, hand lenses, slides and cover slips |
Most of these are shared, durable items that live in the prep room and come out lesson by lesson. The exceptions are the consumables — filter papers, slides, and the glassware that inevitably gets broken — which are covered in the ordering section below. The full glassware, balances and microscope ranges cover the durable side of the core list.
What each science adds
On top of the shared core, each subject needs a focused set of extras rather than a wholesale separate kit. For biology, that means prepared and blank microscope slides, dissection tools, and models for anatomy and molecular structure. For chemistry, it's a wider range of glassware, filtration and separation apparatus, and safe storage for reagents. For physics, the additions are electrical — power supplies, meters, leads and components — alongside mechanics and optics kit. A well-planned core means these subject lists stay short and affordable.
Turning the checklist into an order
The list tells you what to buy; the class tells you how many. Split the order in two. Durable equipment — microscopes, balances, clamp stands — is shared, so buy it to the way pupils work, usually one set between two or three rather than one each. Consumables such as test tubes, filter papers and slides are used up each practical, so buy those per pupil and add a margin for breakages. Glassware in particular is worth a few spares, since some losses across a year are inevitable.
Buying the core as a single order rather than lesson by lesson keeps the stockroom complete and makes restocking predictable. For younger year groups, plastic alternatives to glass labware are lighter and shatter-resistant, which is often the safer choice for larger or less experienced classes. Ready-made science kits can also cover specific topics without assembling a parts list from scratch.
Equipping or restocking a lab? Browse the full laboratory equipment range, with class-pack quantities on consumables and education pricing for schools and colleges.
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Common questions
What is the essential equipment for a school science lab?
The core is the same across sciences: measuring apparatus (cylinders, beakers, pipettes, balances, thermometers), heating equipment (Bunsen burners, tripods, gauzes), containers (test tubes, flasks, Petri dishes), supports and handling tools (clamp stands, tongs, racks), and observation kit (microscopes, hand lenses). Each subject then adds a small, focused set of extras.
How many of each item should I order for a class?
Buy durable, shared equipment to the way pupils work — usually one set between two or three — and buy consumables per pupil with a margin for breakages. Glassware benefits from a few spares, as losses over a year are unavoidable.
Should I choose glass or plastic labware?
Borosilicate glass suits heating and precise measurement; plastic is lighter and shatter-resistant, which is safer for younger pupils and large classes. Many labs stock both and choose by activity and age group.
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