The lab arrives on wheels

ATP Volta™ is a complete plug-and-play Mobile STEM Laboratory that rolls into a classroom you already have. Water, power, gas and fume extraction are built in — and ATP Connect turns every experiment into a guided lesson.
No construction. No permanent installation. No dedicated laboratory room.
The ATP Volta cabinet with its equipment trolleys and wall-mounted screen

Three walls, in every school

Most schools do not lack the will to teach science practically. They lack one of three things, and usually all three.

No budget for a laboratory

Building and fitting out a STEM lab costs more than most schools will ever have — and almost all of that cost is the room, not the equipment. The plumbing, the gas lines, the ventilation, the contractor.

No room to put one in

Where the money exists, the space does not. A dedicated laboratory is a room that can only ever be one thing, in a building where every room is already three things.

No specialist to run it

A physics teacher covering chemistry, a generalist covering both, or nobody at all. Equipment that assumes an expert in the room goes unused by everyone else.
ATP Volta was built around those three constraints rather than around a specification sheet.

Roll in. Plug in. Open a tray. Start.

Roll in
Plug in
Open the tray
Experiment
Ask Gali
ATP Volta arrives ready to teach. It rolls into an ordinary classroom, plugs into a standard socket, and the equipment for the lesson is already sorted into the tray you open. Nothing is fixed to the building, so the lab moves on when the lesson ends — one laboratory resource serving several classrooms rather than one room serving none of them.
The experiment is not the last step. ATP Connect holds the method on the screen while the class works, and Gali™, ATP’s AI tutor, works alongside students during the lesson and analyses the results once it is over.
A technician sliding open a labelled Smart Tray drawer in the ATP Volta cabinet, equipment held in shaped blue foam
A teacher and two students in safety goggles running a chemistry experiment on ATP Volta, its labelled Smart Tray drawers open below and the experiment guide on the screen behind

The services a science lesson needs, inside the cabinet

Running water

The lab carries its own water: a closed supply-and-waste system with two onboard tanks. Nothing connects to the building, so practical work never waits on classroom plumbing — and nothing has to be drained into a classroom sink.

Universal power supply

Runs on local mains without an adapter kit, and powers laboratory instruments and classroom technology alongside the experiment.

Safe propane gas tank

A contained, shut-off gas supply for experiments that need a controlled flame — the reason heating work can happen in a room that has no gas line.

Portable fume hood

Extraction built into the unit. This is what makes chemistry possible in an ordinary classroom rather than only in a fitted laboratory.

Smart Tray storage

Equipment is stored by discipline in Smart Trays, so preparing a lesson means pulling one tray instead of assembling a set — and clearing up means putting one back.
Students running a chemistry experiment with a teacher beside ATP Volta

More than 200 experiments, with the lesson already written

Physics, chemistry, biology, robotics and engineering — over 200 guided experiments, each with a workbook and a setup someone has already taught.
Students investigate with real instruments and real materials. They do not simulate an experiment; they run one, get a reading they did not expect, and work out why.

The physical laboratory and the digital platform, designed as one system

ATP Volta is the laboratory. ATP Connect is the platform built to work with it. Gali is the AI tutor inside it.
ATP Volta
real experiment
ATP Connect
Gali
ATP Connect™ connects the experiment on the bench to the guidance on the screen: step-by-step instruction for students, live data from the equipment, and a record of what each student actually did.
Gali™, ATP’s AI tutor, briefs the teacher before the lesson, works alongside students during it, and analyses the results afterwards. That is what makes the lab usable by a teacher who is not a specialist in that subject — which was the third wall.
200+ guided experiments across five subjects
Step-by-step guidance for students during the experiment
Teacher support before, during and after the lesson
Experiment data and results in one place
Designed specifically around ATP laboratory equipment
Scales from a single classroom to a school network
Explore ATP Connect + Gali
Four students at ATP Volta working through an inclined-plane experiment, the ATP Connect lesson open on the wall screen
The ATP Connect chemistry catalogue, fifty experiments grouped by topic with the equipment and time each one needsThe Ask Gali panel open on an inclined-plane experiment, explaining the physics and listing the Smart Trays required
An ATP Connect lesson page for the inclined-plane experiment, with the method, the expected result, the Smart Trays required and the concepts it coversThe ATP Connect progress page, showing experiments completed and average score by subject for one student

195 kg, on a double-wheel system

The cabinet is built from steel and lightweight aluminium honeycomb panels — rigid enough for daily use by teenagers — and measures 182 × 65 × 92 cm. At 195 kg (430 lb) it rolls on a double-wheel system with precision ball bearings, so one adult can move it across a corridor, a threshold or a playground without a trolley or a second pair of hands. Packaging is designed for shipping and for storage between terms.
One lab. Several classrooms.
The corner of the ATP Volta cabinet resting on its double caster wheel, the red brake lever engaged
ATP Volta standing on a school lawn beside a freestanding solar panel connected by cable

Optional solar power

Mains electricity is an assumption most laboratory equipment makes and many schools cannot meet. ATP Volta can be specified off-grid.
215 W
Monocrystalline solar panel — roof, window, wall or free-standing
60 Ah
12.8 V lithium battery storage
330–380 W
Typical simultaneous teaching load
Up to 32 devices
On the built-in wireless connection
Solar runs the lesson through the day and recharges the battery after school. During a mains outage the lab becomes the classroom’s charging point and Wi-Fi access point — which in schools where the power fails weekly has mattered as much as the experiments.

A laboratory and a connectivity hub

A high-speed 4G mobile Wi-Fi router can be built into the unit, so the lab brings its own network for classroom devices, digital resources and ATP Connect. Where school Wi-Fi does not reach — an outbuilding, a courtyard, a field site — the lesson still runs and the data still syncs.
Illustration of a Wi-Fi router broadcasting a signal
A stack of ATP Smart Trays on the Air Cart, each drawer labelled by discipline and its instruments held in shaped blue foamA student lifting a beaker from an open Smart Tray, each instrument held in its own shaped recess in blue foam

Choose the configuration that fits your school

Standard Lab

The essential equipment for 120+ core experiments in physics, chemistry and biology, covering grades 6 to 12.
Best for: schools introducing or expanding practical science.

STEM Bundle

Adds 80 further experiments, extending the lab into robotics and computer science with a full range of sensors and dataloggers.
Best for: schools building a broader interdisciplinary STEM programme.

Air Cart and Custom Configurations

Additional Smart Trays and equipment can be added to either configuration at any time. Custom configurations are also available upon request.
The Air Cart is a lightweight aluminum cart designed to accommodate additional Smart Trays, creating a seamless and easily upgradable solution.
One ATP Volta. More than 200 experiments.
The Standard Lab covers 120+ core experiments in physics, chemistry and biology, across grades 6 to 12. The STEM Bundle adds 80 more in robotics and computer science. Together they are where the 200+ figure comes from — and additional Smart Trays extend it further.

Specifications

Full specification table
Dimensions182 × 65 × 92 cm (W × D × H)
Weight195 kg (430 lb)
MobilityDouble-wheel system with precision ball bearings; packaging designed for shipping and storage
ConstructionSteel and lightweight aluminium honeycomb panels
Services built inRunning water · universal power supply · safe propane gas tank · portable fume hood
Water systemClosed supply-and-waste, two onboard tanks; no connection to the building
InstallationPlug into a standard mains socket. No plumbing, gas lines, building work or contractor
ConnectivityBuilt-in 4G mobile Wi-Fi router (optional)
Experiments200+ across physics, chemistry, biology, robotics and engineering
Standard Lab coverage120+ core experiments, grades 6–12
STEM Bundle coverage+80 experiments in robotics and computer science
Included materialsSmart Trays organised by discipline; workbooks; interactive app
Optional power215 W monocrystalline solar panel; 60 Ah 12.8 V lithium battery
CertificationCE marked; conforms to EN 13150
ManufactureDesigned and manufactured in Italy
WarrantyFive years
Two ATP Volta units in use in a classroom, four students working at one and a teacher at the other

Made in Italy, CE marked, warranted for five years

CE marked

Designed in accordance with the applicable European safety requirements.

Conforms to EN 13150

The European standard governing the size and safety requirements of laboratory tables and cabinets.

Made in Italy

Designed and manufactured in Italy.

Five-year warranty

On every ATP product. Spare parts and technical support remain available beyond it — a laboratory that cannot be repaired in year six was not a saving in year one.

Ready to equip a classroom?

ATP equipment is supplied through a network of partners who know their own education systems and procurement rules. Tell us where the school, ministry or project is and we will put you in touch with the nearest one.
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Two open ATP Smart Trays with laboratory glassware and fittings arranged in shaped blue foamTwo students in safety goggles heating a solution on a hotplate stirrer beside a laptop, with ATP Volta drawers open below