atoptik

  The concave spherical lens  is a lens with a fixed radius of curvature on the surface of the lens within the aperture of light. spherical lenses  are mainly divided into convex lenses, plano-convex lenses, plano-concave lenses, concave-convex lenses, double-concave through, etc., can be customized according to customer drawings or sample processing to meet customer's different application needs.   T ypes of spherical lens   Plano Convex Lens ATOptik can process ultra-high precision optical plano-convex lenses with ultimate surface accuracy up to λ/20 and a maximum diameter of Ø150mm.   Plano Concave Lens ATOptik specializes in manufacturing high-precision plano-concave lenses, particularly those made from visible-light glass (e.g., BK7, fused silica) with customizable specifications.   Double Convex Lens The convex spherical lens  is a convex lens. The convex lens includes an incident surface and an radiating surface. It is characterized by a lo...

  A prism is a transparent object surrounded by two intersecting but not parallel planes, which is mainly used for splitting light or dispersing light beams. A powell prism  can be used to bend light at a specific Angle. Prism products include: right Angle prism, isosceles ridge prism, pentagonal prism, parallel prism, Schmidt ridge prism, wedge prism, shaped prism, Dowell prism, splitting prism and other multi-faceted, polygonal prism.   O ptical prism types Right Angle Prism ATOPTIK's high-precision right-angle prisms are designed to offer excellent light path deviation and imaging control in various optical applications.   Dove Prism Dove prisms are typically employed as image rotators. Due to the oblique angle of incidence with respect to the incident surface, when a Dove prism is unfolded along its reflecting surface, it effectively behaves as an inclined parallel plate.   Roof Prism Based on the right-angle prism, by dividing the hypotenuse into two surfac...

  ATOPTIK can process ultra-high precision optical plano convex lens  with ultimate surface accuracy up to λ/20 and a maximum diameter of Ø150mm.   Overview of plano convex laser lenses A plano convex spherical lenses  consists of one flat surface and one convex surface, with a positive focal length. It can focus parallel light rays into a point or transform a point light source into a collimated beam. When in use, it is generally recommended to orient the convex surface toward the incident light to minimize spherical aberration.   Applications of Plano Convex Lens 1. Optical Focusing and Collimation Plano-convex lenses are widely used in laser systems for focusing high-energy beams, such as in laser cutting and welding, or for collimating divergent light sources. Their positive focal length and ability to reduce spherical aberration make them ideal for applications where precise beam shaping and minimal distortion are essential.   In imaging devices like m...

  An optical mirror   is an optical element that reflects light.   It is composed of one or more reflecting surfaces, such as spherical, flat or aspherical surfaces. Reflecting the required spectrum according to the design requirements, laser mirrors for sale   is widely used in astronomy, physics, optics, laser processing, medicine, industry and other fields.   Types of optical mirrors for sale Scanning Mirror Galvanometers, also known as galvanometric scanners, are specialized oscillating motors that differ from conventional rotary motors.   Optical Metal Mirror Mirrors are optical components that operate based on the law of reflection, primarily used for beam redirection, interferometry, imaging, or illumination.   Dielectric Mirrors Dielectric mirrors can achieve extremely high reflectivity (exceeding 99.8% in the designed wavelength range), primarily used to minimize losses when reflecting laser beams and other light sources.   Comparing opti...