Classroom Optics and Light Studies
Eisco™ Acrylic Equilateral Prisms
Acrylic equilateral prisms are polished on all faces and designed for use in optics demonstrations or experiments.
Eisco™ Extra White Glass Double Convex Lenses
Premium double convex glass lenses designed specifically for higher education use, made of extra white glass.
Eisco™ Lens Holder
For use with lenses or mirrors that are 50 mm in diameter
Eisco™ Direct Vision Spectroscope in Metal Case
Sturdy housing is ideal for student use.
United Scientific™ Intermediate Spectrometer
Spectrometer that is easy to use and easy to set up.
United Scientific™ Acrylic Mirror Strips
Mirror strips ideal for optics demonstrations.
United Scientific Supplies Prism and Lens Sets
Teach a wide variety of optical principles.
Eisco™ Optical Lens
Eisco lenses are spherical, optically worked glass with ground edges and highly polished making them ideal for classroom experiments.
Eisco™ Double Concave Acrylic Lenses
Double concave acrylic lenses are a great tool for studying optics and the properties of light.
Eisco™ Plain Spherical Mirror
Plain Spherical Mirror with optically true glass.
United Scientific Supplies Rectangular Refraction Cell
Show refraction and internal reflection in water. The United Scientific Supplies Rectangular Refraction Cell has uniform wall thickness to eliminate distortions and can be used to measure liquid's refractive index.
Eisco™ Glass Convex Mirror
Round, optically worked Glass Convex Mirror with a silvered back and protective coating. Designed for physical science demonstrations and experiments.
Eisco™ Acrylic Equilateral Refraction Prism
Experiment with diffraction, spectrum formation, and more! The EISCO Acrylic Equilateral Refraction Prism is ideal for studying refraction and light in classrooms where glass may be an issue.
Eisco™ Pinhole Camera Kit
The Pinhole Camera Kit can be used to investigate the action of a lens, and the construction of a pinhole camera.
Eisco™ Universal Mirror
Aids students in performing experiments using light rays with plane, concave and convex mirrors.