Optics Experiment Kit with Portable Optical Bench, Magnetic Setup and Educational Physics Lab Box

Physical Optics Experiment Kit Overview A complete, detachable optics lab set designed for classroom demonstrations and handson study of light behavior. The kit supports experiments in light propagation, reflection, refraction, imaging, and lens behavior. Components are organized in a storage box for easy transport and classroom use. Key benefits Comprehensive learning tool: Covers core optics topics including straight line propagation, convergence and divergence of light, refraction, pinhole imaging, mirror reflection, and lens imaging. Classroom ready and portable: Detachable parts with a storage box and large tripods make setup and transport simple for teachers and students. Encourages scientific thinking: Illustrated manual includes guided questions before and after each experiment to support observation, hypothesis, and interpretation. Durable components and precise alignment: Stainless steel rails, adjustable sliders, and scale ruler allow repeatable, accurate setups for quantitative demonstrations. What is included 1x F light source 1x threeline instrument 1x three primary colors 2x stainless steel rails 3x sliders 1x scale ruler 1x convex lens for imaging with rod 1x concave lens for imaging with rod 2x large tripod for optical bench bilateral symmetry 1x screen for light imaging white plastic plate 1x plate with holes black plastic plate with small holes 2x screws for stainless steel rails on both sides 4x F mount for flat mirror imaging 2x plane mirror for specular reflection 1x small transparent sink 1x rectangular glass block 1x semicircular glass block 1x planar prism 1x planoconvex lens 1x planoconcave lens 1x cylindrically curved mirror 1x angle plate hard paper Technical notes and compatibility Power: Requires 2 AAA batteries. Batteries are not included for safety reasons. Materials: Stainless steel rails, plastic plates, glass blocks and precision lenses and mirrors suitable for instructional optics work. Intended use: Designed for physical optics experiments in junior and school curricula. Large kit suitable for school students (2nd, 3rd, 4th grade). Common experiments supported Light propagation and straight line behavior using the F light source and plane mirrors. Lens imaging and focal experiments with convex, concave, planoconvex, and planoconcave lenses. Refraction and critical angle demonstrations using rectangular and semicircular glass blocks and planar prism. Pinhole imaging and aperture effects with the plate with holes and imaging screen. Reflection and rightangle reflector experiments using plane mirrors and F mounts. Cylindrical mirror and line instrument activities to explore focusing and astigmatism effects. Practical use scenarios Classroom demonstration: Teacher sets up a lens imaging experiment on the stainless steel rails to demonstrate image formation, focal length, and magnification for a class of students. Lab exercise for small groups: Students work in pairs to measure the focal length of the planoconvex lens and compare results using the scale ruler and adjustable sliders. Home study and tutoring: Parent or tutor uses the three primary colors and threeline instrument to explore color mixing and basic spectral experiments with a student outside the classroom. Why choose this kit Allinone educational set that maps directly to optics lessons in physics curricula. Reusable, adjustable components allow repeated experiments and quantitative measurements. Clear, illustrated manual supports independent learning and teaching preparation. Contents checklist and setup tips Unpack components and check against the included list before first use. Mount rails on the large tripods and secure with the provided screws for a stable optical bench. Power the F light source with 2 AAA batteries installed according to the manual. Use sliders and scale ruler to position lenses, mirrors, and screens precisely for measuring distances and image positions. This kit provides the instruments and components needed to run a wide range of physical optics experiments for classroom instruction, lab practice, and guided home study.