Physics Laboratory Table and Unit

The physics laboratory table and unit is designed to a different priority from its chemistry counterpart. Where chemistry is governed by chemical resistance, physics is governed by the flatness of the surface and the absence of vibration. Sırasan’s physics laboratory student table, with its fibre or CDF (compact) top option, addresses durability and measurement accuracy together.

Why is the table critical in a physics experiment?

Most experiments carried out in a physics laboratory rest on measurement: friction on an inclined plane, pendulum period, focal distance on an optical bench, force readings with a dynamometer. In all of them the table surface is a reference plane.

If the top flexes slightly in the middle, the inclined-plane angle differs from the one actually measured. If the table wobbles when pushed from the side, the swing in a pendulum experiment is disturbed and the student reads an incorrect period. An optical bench cannot be set up at all on a vibrating table. In a physics laboratory the table is therefore part of the measuring apparatus rather than merely furniture.

For this reason top flatness, frame rigidity and foot stability matter more here than in any other classroom furniture.

Top material: fibre and CDF

Fibre and CDF (compact) tops are homogeneous, high-density structures. Those two properties serve two separate purposes in a physics laboratory: density reduces flex in the top and preserves flatness, while the homogeneous structure ensures that no different layer appears beneath even if the surface is scratched.

Chemical contact also occurs in a physics laboratory — battery electrolyte, oil, alcohol and cleaning solvents are ordinary use. Fibre and CDF withstand these contacts. They are also heat resistant, so the surface is not damaged when a heater or hot metal component touches the table during thermal experiments.

The choice is made according to the laboratory’s usage intensity. Share the experiment set in your curriculum and we will say plainly which material will be sufficient.

Under-unit and experiment set storage

The greatest organisational problem in a physics laboratory is the experiment sets: dynamometers, weight sets, optical elements, cables and connectors are both numerous and small. A single lost component means that experiment cannot be run the following term.

The unit beneath the table provides compartmented, closed storage for the experiment set. Unit configuration — shelving, drawers, closed compartments and the need for locks — is determined per project according to how the laboratory is used. Keeping sets at the table shortens experiment preparation time noticeably.

Frame, stability and electricity

The frame is made from steel profile and finished with electrostatic powder coating. On a physics table the function of the frame is rigidity rather than appearance; it must not twist under lateral pressure. The feet carry impact-absorbing plastic glides which also damp small vibrations coming from the floor.

Whether an electrical connection is brought to the table is determined per project. In laboratories running electricity and circuit experiments, socket position, cable management and the need for a safety cut-out are part of the planning. Share your existing service plan and we will establish together how the table will be positioned.

Laboratory layout

Layout in a physics laboratory has two priorities. The first is sightlines: the teacher and the board must be visible from every table, because the pre-experiment explanation is delivered there. The second is working area: room must remain around the table when long apparatus such as an optical bench or inclined plane is set up.

Aisles between tables should be at least 100–120 cm so that two students working back to back do not collide. Share your laboratory dimensions and group size and we will prepare a layout proposal meeting these criteria.

Ordering, delivery and project support

The physics laboratory table and unit is produced on a project basis; quantity, top material, unit configuration and electrical integration are determined for your laboratory. Project surveys are free — share your laboratory dimensions, student numbers and experiment set and we will prepare a layout proposal together with a price quotation. Shipping is priced according to order volume and delivery province and is added to the quotation separately; it is not included in the price. We serve all of Türkiye and export abroad.

Production takes place at our own integrated facility in Ankara; metalwork, woodworking, coating and assembly are under one roof. If you are planning physics and chemistry laboratories in the same project, we can handle both spaces in a single quotation. All production complies with CE, TSE and ISO 9001 standards.

Double-sided layout and integrated electrical panel

The “unit” in this product’s name refers not to a storage cabinet underneath but to the electrical panel rising from the middle of the bench. Socket groups, switches and indicator or measurement points run along the panel; the supply needed for circuit and electricity experiments is directly on the bench. That removes extension leads and cables trailing across the floor — in a crowded laboratory, a direct safety gain.

The layout is double sided: two facing rows of students work on a single body and the panel serves both, each row reaching its own socket group. Twice as many students can work within the same floor area and a single supply line feeds both sides.

We recommend positioning the panel’s main breaker on the teacher’s side: being able to keep the power off outside experiment time is a basic safety measure in middle school laboratories. The number of socket groups, voltage requirements and breaker arrangement are determined together at project stage.