Custom Optics Solutions
ATOPTIK with excellent technology, continuous innovation, proactive. In optical spherical lens, cylindrical lens, prism, window, mirror, filter and so on. The surface accuracy is better than λ/10 and is detected by advanced laser interferometer. AT Optical also provides optical coating, optical design and optical assembly full station services.
ATOPTIK can process high-precision optical spherical lens, cylindrical lens, prism, window, mirror and so on. Standard size, custom size and other requirements should be met.
Spherical Lens
ATOPTIK spherical lens is a lens with a fixed radius of curvature on the surface of the lens within the aperture of light. It can be customized according to customer drawings or sample processing to meet the different application needs of customers.
Plano Convex Lens
Plano Concave Lens
Double Convex Lens
Double Concave Lens
Meniscus Lens
Achromatic Lens
Cylindrical Lens
Cylindrical lens are mainly used to change the design requirements of the imaging size. It can be used in linear detector lighting, barcode scanning, holographic lighting, light information processing, computer, laser emission.
Plano Convex Cylindrical Lens
Plano Concave Cylindrical Lens
Optical Cylinder
Prisms
The prism can be used to bend light at a specific Angle. The prism can not only shift the light, but also be used to adjust the direction of the image. The design of the prism will be used to determine how it interacts with light. When light strikes a prism, it is reflected on one or more surfaces before exiting, or it is refracted as it passes through the substrate.
Right Angle Prism
Dove Prism
Roof Prism
Penta Prism
Wedge Prism
Beam Splitter (PBS)
Optical Mirrors
The Optical mirror is a device that emits light and is reflected by one or more reflectors and is coated with a metal reflective coating or a dielectric coating. It is widely used in astronomy, physics, optics, laser processing, medicine and industry.
Scanning Mirror
Optical Metal Mirror
Dielectric Mirrors
Optical Window/Flats
Optical Windows are flat, parallel, transparent optical surfaces designed to protect sensors and other electronic instruments from environmental conditions. Optical window selection considerations include material transport characteristics as well as scattering, strength, and resistance to certain environments.
Standard Windows
Brewster Windows
Optical Filters
An optical filter is an optical element used to select the desired radiation band and filter out light that does not require a range of wavelengths. Usually divided into absorption filter, interference filter and diffraction filter.
Longpass Filter
Band Pass Filter
Dichroic Filter
Neutral Density Filter
Cut Off Filter
Optical Hemisphere / Hyper- hemisphere Domes
Optical Dome is a concentric window with two spheres, understood as a meniscus. The convex radius of the ideal optical ball cover is equal to the sum of the thickness and the concave radius, and the thickness change at different points of the two surfaces is the main index to measure the accuracy of the ball cover, sometimes called the uniform thickness or concentricity of the optical ball cover.
Hemispheric Dome Lens
Hyper Hemispheric Dome Lens
OPTICAL MATERIAL
A variety of optical materials including optical visible glass, ultraviolet fused quartz, infrared materials such as silicon crystals, sapphire, ZnSe and so on.
Visible Glass
Optical glass is one of the most commonly used materials in optical design. It has a high degree of transparency, chemical stability and a high degree of uniformity in physics. Optical glass can be divided into silicate glass, borate glass and phosphate glass according to the main composition.
Ultraviolet Glass
Ultraviolet glass is a kind of optical glass with high ultraviolet transmittance and low ultraviolet absorption. It is mainly used as window material of spectrometer, ultraviolet lens, optical filter, etc.
Infrared Material
Infrared Material
Infrared optical material refers to the materials specially used for processing or transmitting infrared light. It has excellent optical and mechanical properties and is widely used in infrared lasers, infrared sensors and other optical devices.
THIN FILM COATING SERVICE
The variety of optical thin flim coating includes anti-reflection film, all kinds of metal reflection film, dielectric film, spectroscopic film and so on.
Anti-reflection(AR) Coating
Anti-reflection coatings reduce first surface reflection losses, improve contrast and boost the transmission through your optical surface. The anti-reflection film consists of a single layer or multiple layers. These designs are optimized to produce destructive interference with reflected light. This design approach will allow for maximum light transmission without compromising image quality.
Infrared(IR) Anti-reflective(AR) Coating
Visible（VIS ）Anti-reflective(AR) Coating
Reflective Coating
In the case of reflective coatings, they are increasing reflectivity where it is needed. Among many applications of reflective coatings are beam splitters, which create mirror surfaces that reflect infrared radiation back to their sources.
Metal Coating
Beam Splitter Coating
Dielectric Coating
Why Choose ATOPIK Optics Services
High precision optical accuracy
The final surface accuracy arrive λ/20 and good smooth surface scratch /dig.
Accurate delivery cycle
Strictly abide by the contract and deliver the order according to the agreed time.
Excellent after-sales service
Serve customers' orders at any time, and promise to give repair service, or even re-production or refund within 90 days after receiving the goods.
Why Choose ATOPIK Optical Services
Leading the Way in Optical Technology and Innovation
AT Optical is an innovative enterprise with the courage to innovate and constantly innovate technology, and currently has more than 20 patents certified. In the same industry is far ahead.
In particular, it has overcome the difficulties of a number of processing technologies, making the product quality greatly improved.
As an optics supplier, we will do our best to meet all the needs of customers.
Comments
Post a Comment