Classroom Optics and Light Studies
United Scientific™ Laser Line Generator
The laser line generator is specially designed with a small glass rod in front of a Class 2 laser diode.
3B Scientific™ Funhouse Mirror
Great way to teach convex and concave surfaces as well as real and virtual images.
3B Scientific™ Optical Disc with Diode Laser
Comprehensive and easily understandable introduction to the basic principles of refraction and reflection of light.
3B Scientific™ Tube Holder for Teltron™ D Series Electron Tubes
Made from robust plastic to hold D-series electron tubes.
3B Scientific™ Optical Telecommunications Equipment Set
Complete experiment system for quantitative investigation of transmission of signals via optical media, plus the processes of optical multiplexing and demultiplexing.
3B Scientific™ Kirchhoff-Bunsen Spectroscope
Observes and measures emission and absorption spectra.
3B Scientific™ Fine Beam Tube T
Complete experimental system is used to determine electron's specific charge and investigate deflection of electron beams in uniform magnetic field.
3B Scientific™ Interferometer
Permits generation of clear and well-defined interference patterns in daylight.
3B Scientific™ Student Optics Experiments Supply Set
Set of apparatus for carrying out 19 basic student experiments in optics
3B Scientific™ Speed of Light Meter
Determine the speed of light using electronic time-delay measurement
Science First™ Refracting Telescope Kit
Students make a working refracting telescope
Vernier Spectrum Tube Single Power Supply
Energizes a single tube to simply view gas discharge spectral lines with any of Venier spectrometers.
Vernier Hydrogen Spectrum Tube
Gas tubes for qualitative study by students noting more spectral lines and unique characteristic lines. For use with the Spectrum Tube Single Power Supply and the Spectrum Tube Carousel Power Supply.
Vernier Laser Pointer Stand
Features foldout legs and clip attached to adjustable ball.
Vernier™ Polarizer/Analyzer for Optics Expansion Kit
The Polarizer/Analyzer Set extends the Optics Expansion Kit to allow students to study polarization of light. Using a Rotary Motion Sensor to record analyzer angle, Malus's Law experiments are easy, detailed, and accurate.