Product Description A cube-shaped half-mirror that equally splits unpolarized light such as white light sources or LED light sources into transmitted light and reflected light; Regardless of the polarization direction of linearly polarized light, the splitting- Product Description A slit refers to a gap formed by a pair of baffles in the optical path, made of stainless steel; precision pinholes and slits are used to realize tiny point light sources in the
- Product Description Realize phase contrast microscopy; Used in combination with phase contrast objectives to enhance image contrast by utilizing the phase difference of light; Suitable for phase contrast imaging through bright-field illumination; applicable to observations in
- Product Description Used for applications requiring uniform light sources or scattered light; Substrate Material: Quartz SiO₂ (uncoated); Operating Wavelength: 400-700nm; Multiple sizes available; Frosted glass diffuser is a commonly used optical component whose surface has been
- Product Description Etched chrome-plated glass mask, used for filtering patterns in the Fourier plane; Image target formed by 10 types of chrome-plated glass microstructured patterns; Mask patterns include Fourier, Babinet, lattice grating, star grid, triangular grating,
Product Description Specially designed to maintain the polarization characteristics of the reflected and transmitted beams of incident laser radiation; Only separates the energy of the incident light, and the polarization states of the two emergent beams- Product Description A cemented lens composed of two lenses with different refractive indices and dispersions; Wavelength range of anti-reflection film: 400-1100nm; Through optimized lens design, the focal length remains almost unchanged across the entire visible spectrum;
- Product Description The lens cannot converge light alone or form a real image. Please use it in combination with a convex lens; With concave surfaces on both sides, it refracts light effectively in a narrow space
- Product Description The lens cannot converge light alone or form a real image. Please use it in combination with a convex lens; Light incident on the plano-concave lens has directionality. Be sure to incident parallel light
- Product Description Both sides are convex; The spherical aberration of the biconvex lens is larger than that of the plano-convex lens, and sometimes the focal spot cannot be concentrated at one point; Since there is reflection
- Product Description The light incident on the plano-convex lens is directional. Please ensure that parallel light is incident from the convex side. Otherwise, the spherical aberration will increase, the focal spot will become larger, and the
- Product Description Using 2 polarizers, many polarization experiments can be performed (parallel Nicol, crossed Nicol); Put 2 polarizers into the light source and change the polarization axis direction of each polarizer to realize a wide range
