18 x 18 x 18 mm Hexahedral Bright Light Cube Splitter Prism for Science Experiments and Classroom Optics Kits Product overview This compact 18 x 18 x 18 mm hexahedral light cube prism splits incoming light into multiple beams and produces clear kaleidoscopic effects for handson optics demonstrations. Designed for use in science classrooms and optics kits, it delivers a bright, repeatable visual result in a small, easytohandle form factor. Key benefits Clear demonstration of optical principles: makes concepts such as light splitting, beam duplication, and multipleimage formation easy to observe and teach. Compact and easy to integrate: the 18 mm cube size fits common optics setups and holders used in classroom kits and tabletop experiments. Consistent bright output: designed to produce distinct, bright beams and patterns for reliable demonstrations and student experiments. Practical for repeated use: suited to classroom and lab environments where multiple demonstrations or group activities are required. Important attributes Function: light splitting and kaleidoscope style image multiplication for optical experiments and visual demonstrations. Size: 18 x 18 x 18 mm cube, a standard compact size for educational optics components. Compatibility: intended for use with science experiment kits, classroom optics sets, and standard small optics holders that accept 18 mm cube elements. Performance: bright and distinct beam splitting and image replication suitable for visible light demonstrations. Use scenarios Classroom demonstration: show beam splitting and image multiplication during a physics lesson on refraction and reflection, allowing several students to view the effect at once. Student lab experiment: incorporate into optics lab stations to explore how prisms alter light paths, test alignment, and measure relative beam displacement. Creative optics projects: add to kaleidoscope builds or tabletop light shows to produce multipleimage patterns with LED or focused light sources. Simple to use, compact to store, and ready to add handson visual impact to optics lessons and experiments.