Optics Educational Kits
Our variety of experimental education kits covers a wide range of physics topics from general physics to advanced physics. Especially in optics subject, experiment kits cover geometric optics, physical optics, modern optics and information optics for teaching and learning fundamental physics principles. In addition, we provide experimental kits to demonstrate engineering applications of relevant physics concepts. All kits are completely self-contained, and multiple experiment examples and comprehensive experimental instruction or user's manual are provided. |
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LEOK-1 Optics Experiment Kit - Basic Model |
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LEOK-1 Optics Experiment Kit is developed for general physics education in universities and colleges, consisting of a complete set of components and light sources. Eight experiment examples are presented ranging from geometrical optics to modern optics. |
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LEOK-2 Holography & Interferometry Experiment Kit |
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The Holography and Interferometry Kit is developed for general physics education in universities and colleges. It provides a complete set of optical and mechanical components as well as light sources for the construction of five typical interferometric and holographic setups. |
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LEOK-3 Optics Experiment Kit - Enhanced Model |
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LEOK-3 Optics Experiment Kit is developed for general physics education in universities and colleges. It provides a complete set of optical and mechanical components as well as light sources. Twenty-six experiment examples are presented ranging from geometrical optics to modern optics. A breakdown list of parts for individual experiment can be downloaded here . |
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LEOK-4 Geometrical Optics Experiment Kit |
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LEOK-4 Optics Experiment Kit is developed for general physics education in universities and colleges. It provides a complete set of optical and mechanical components as well as light sources. Nine experiment examples are provided. |
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LEOK-5 Lens Aberration and Fourier Optics Kit |
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Students will be familiar with various aberrations of an optical imaging system and will enhance their knowledge of Fourier optics and spatial filtering through seven experiments of this kit. |
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LEOK-6 Optics Experiment Kit - Extended Model |
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LEOK-6 is an extension of LEOK-1 to include more experiments, especially on the topic of optical polarization. It can be used to construct more than one dozen of experiments, covering the basic experiments in geometrical optics, physical optics and information optics. |
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LEOK-10 Holography Experiment Kit - Basic Model |
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This kit is designed to generate reflective and transmissive holograms on photopolymer plates under ordinary room-light. The recorded reflective hologram can be reconstructed with white light. This system is suitable for experimental education at universities and colleges. |
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LEOK-11 Holography Experiment Kit - Complete Model |
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Based on LEOK-10, LEOK-11 is a complete model that adds conventional silver salt holographic plates with related accessories. More experiments can be conducted in a darkroom with a tri-color safety lamp for transmissive and reflective hologram recording. |
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LEOK-20 Fiber Communication Experiment Kit - Basic |
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This kit is designed to meet the increasing demand for the support of laboratory based experiments in fiber optics. This kit provides the essential basic knowledge & skills with seven experiment examples. |
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LEOK-21 Fiber Communication Experiment Kit - Complete |
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This Fiber Optic Experimental kit is a sister kit to LEOK-20, which has been revised and rewritten to include ten experiment examples. |
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LEOK-22 Fiber Communication Experiment Kit - Enhanced |
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This kit will provide an overview of fiber optic technology and basic skills needed to work with fiber optics. It provides fourteen experiment examples. |
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LEOK-30 Newton's Ring Experiment Apparatus |
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Using this apparatus, observation of equal-thickness interference and calculation of surface curvature by measuring the separations of the interference fringes of Newton's rings can be performed. |
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LEOK-40 Modern Optics Experiment Kit |
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LEOK-40 is a comprehensive modern optics experiment kit. It covers applied optics, information optics, physical optics and holography, etc. |
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LEOK-41 White Light Optical/Digital Image Processing Kit |
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This experiment kit covers geometrical optics and imaging, Fourier transform of an optical system, frequency filtering, color imaging, and computer-aided color decoding of an optical image. |
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LEOK-42 Fourier Optics Experiment Kit |
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LEOK-42 is designed to help students understand the working principle of a Fourier 4f optical system, and conduct experiments on image addition and subtraction operation. |
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LEOK-43 Information Optics Experiment Kit |
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This experiment kit involves spatial frequency spectrum, optical Fourier transform, and holography. It can help students enhance their experimental skills in modern optics. |
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LEOK-44 Optical Image Addition/Substraction Experiments |
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Employing a sine grating as the spatial light filter for optical image addition and subtraction, this kit helps students understand the principles of optical image addition/subtraction, Fourier spatial light filtering, and 4f optical systems. |
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LEOK-46 Optical Image Differentiation Experiment |
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Through the spatial differentiation of an optical image, the image contour can be outlined with an enhanced contrast. This kit helps students understand the principles of optical image differentiation, Fourier spatial light filtering, and 4f optical systems. |
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LEOK-48 Optical Image Convolution Experiment |
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According to the convolution theorem, the Fourier transform of the product of two functions equals the convolution of the two individual Fourier transforms of the two functions. This kit is designed to demonstrate the convolution theorem by optical means. |
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LEOK-50 Information Optical Experiments with LC-SLM |
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Using an electronically addressable liquid-crystal (LC) spatial-light-modulator (SLM), this kit is designed to perform digital holography and light modulation. |
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LEOK-64 Hologram Recording Under Room Light |
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Hologram is recorded and developed under room light using a photopolymer plate. Image is reconstructed with white-light. Experiments include Fresnel (transmissive) holography,
reflective holography,
image plane holography,
two-step and one-step rainbow holography, etc. |
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