You searched for: Optics Learning Activities

Supplier: DIDALAB

Triangular, cast aluminium optical bench

Supplier: DIDALAB

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

Supplier: DIDALAB

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

Supplier: DIDALAB

Economical, recent design of prismatic optical bench

Supplier: DIDALAB

Optical glass components are manufactured with high accuracy polishing and flatness tolerance.

Supplier: DIDALAB

High quality professional gas laser, Class II

Supplier: DIDALAB

Educational Materials, Optics, Application: Physics, Polariser, calibrated, set in an M49 ring

Supplier: DIDALAB

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

Supplier: DIDALAB

Educational Materials, Optics, Application: Physics, Diode laser, blue, Class II

Supplier: DIDALAB

Educational Materials, Optics, Application: Physics, Translucent screen 20×20 cm, attached to a rod with Ø 10 mm

Supplier: DIDALAB

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

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: KVANT LIFE SCIENCE

New optical models for laser optics (15 parts). Consists of.

Supplier: KVANT LIFE SCIENCE

Laser light source for mounting on magnetic board (white board or similar). Can be used to advantage in combination with picture optics (765-1009).

Supplier: IMBE HANDELSBOGALET

Lens made of silicone rubber, mounted in a screen. The shape can be varied steplessly from convex to concave by changing the water volume in the lens. If an object is placed in front of the lens, the object can be projected on a posterior screen (retina). The focus is adjusted with the volume of water in the lens.

Supplier: KVANT LIFE SCIENCE

The advantages of a diode laser compared to a HeNe laser are mainly small format, low power consumption and long service life, as well as the possibility of electronic modulation. The laser is modular in the range 100 Hz 20 MHz. Dimensions.

Supplier: 3B Scientific

Photographic diffraction objects in slide frames.

Supplier: PHYWE

Supplementary kit for table optics 765-1317. Content:

Supplier: 3B Scientific

Transmission grating for spectroscopic examinations and for experiments on diffraction and interference. Suitable to resolve the sodium D lines.

Supplier: PHYWE

PHYWE table optics for laboratory work with mirrors, light refraction, lenses, eye function and light refraction. Content:

Supplier: PHYWE

With equipment, demonstration and accurate calculations can be performed of how the atom's spectral lines are divided by the influence of a magnetic field (the Zeeman effect).

Supplier: PHYWE

Describes 70 different experiments, on 288 pages, that can be performed in the areas.

Supplier: 3B Scientific

Infra red photo gate for time measurements in experiments on free fall, motion on a track or pendulum oscillations and for counting pulses. It can be operated in internal mode using the built-in infra-red light source or in external mode with the aid of a laser pointer, which needs to be obtained separately. It then acts as a wide-range light barrier, allowing it to be used at sporting events, for example.

Supplier: PHYWE

The kit contains 30 components i.a. an optical bench, lenses in holders, grids, polarization filters. Together with TESS 1, a total of 70 different experiments can be performed, e.g. study of telescopes, microscopes, the human eye and the plane of polarization.

Supplier: PHYWE

TESS OE3 contains 19 components. With TESS OE3 as a complement to TESS OE1 and OE2, another 30 experiments can be performed in the field of wave optics. Delivered in a plywood box.

Supplier: PHYWE

Ballast for operating spectral lamps. Apparatus housing made of impact-resistant plastic. Equipped with carrying handle, footrest and mains switch with control indicator. The lamp voltage is removed via two countersunk sockets for 4 mm banana sockets. For increased safety during use, connect voltage only when the banana plugs are fully inserted into the sleeves. Comes with device cord.

Supplier: PHYWE

Phywe's new X-ray equipment is specially developed for teaching purposes. Used in laboratory work and demonstrations from the simplest transilluminations to Bragg diffraction and Compton scattering. Tungsten is normally used as a cathode in X-ray tubes. This means that the voltage must be up to about 65 kV before X-rays are formed. Phywe's X-ray tubes only need 10 to 12 kV for the process to start. For the X-ray equipment, there are 3 different X-ray tubes with the anodes made of Cu, Mo and Fe. These are built as plug-in modules and are replaced in a few seconds. Most laboratories can be connected to Phywe's data measurement system COBRA. The X-ray cabinet is equipped with a large space for experimental setups, clearly visible through a sliding door of acrylic plastic containing lead particles. Two safety switches are connected to the door. The equipment meets the EU requirements for X-ray equipment and is CE Approved.