"DIDALAB"

Supplier: DIDALAB

Matériel pédagogique, Optics, Application: Physique, Slits on glass plate (Ø 40 mm), 7 slits and wires, widths : 30, 40, 60, 80, 100, 150, 200 µm

Supplier: DIDALAB

Matériel pédagogique, Optics, Application: Physique, Translucent screen 20×20 cm, attached to a rod with Ø 10 mm, one graduated side

Supplier: DIDALAB

This comprehensive optical pack allows you to implement and study the basic principles of polarisation of light.

Supplier: DIDALAB

Ils sont composés d'un seul objectif monté sur une règle graduée, et d'un boîtier pour les tubes d'observation, où vous introduisez les substances à analyser.

Supplier: DIDALAB

This Caliens camera enables measuring very precise distances.

Supplier: DIDALAB

Mirrors used for enabling classroom experiments.

Supplier: DIDALAB

High quality professional gas laser, Class II

Supplier: DIDALAB

The pedagogical model of the digital camera can be put on a Ø-10 mm rod or on a camera’s stand.

Supplier: DIDALAB

The diameter of the beam is adjustable from 1 to 12 mm.

Supplier: DIDALAB

This calorimeter includes an aluminium container of 500 ml, concentric to one large neck Dewar vase. The metal internal vase is supported by plastic ring, laying on the Dewar vessel large neck. The set is protected by a metal casing, equipped with two locking hooks.

Supplier: DIDALAB

mini-SPID is a pedagogical spectrometer used in the visible range.

Supplier: DIDALAB

Economical, recent design of prismatic optical bench

Supplier: DIDALAB

Extremely luminous beam, ideal for classroom experiments. Class IIIa (5 mW Power)

Supplier: DIDALAB

Matériel pédagogique, Optics, Application: Physique, Diode laser, blue, Class II

Supplier: DIDALAB

Prism made of standard optical glass with index near to 1,52. Equilateral dispersing prisms are used for wavelength separation applications. Intended for demonstration experiments of light dispersion.

Supplier: DIDALAB

These wide diameter lenses are used for easy classroom experiments and for aberrations underscoring.