We provide concave and convex aspheres with different inflection points. We produce rotationally ...
Lenses are optical components with two refractive surfaces. ...
We manufacture plane convex, plane concave and bi-concave forms. Customers can choose from round, rectangular or ...
FAP - 425-675 nm Fast Achromats
* Application in fiber-optic couplings
* Low f/# aplanatic achromat positive ...
Collimating lenses convert divergent beams of light into parallel beams. ...
This set of lenses can be used to collimate or focus diode lasers. The lenses are optimized for specific diode laser wavelengths.
830, 405 and 375 nm GLC parts are diffraction limited and corrected for spherical aberration, coma, astigmatism, and spherochromatism.
830, 405 and 375 nm GLC parts (except for GLC-50.0-20.0-830) ...
We provide concave and convex aspheres with different inflection points. We produce rotationally symmetrical, ellipsoidal and off-axis forms from a wide variety of optical materials, such as glass, ...
We manufacture plane convex, plane concave and bi-concave forms. Customers can choose from round, rectangular or square outer forms. A variety of optical glass, Zerodur glass ceramic, quartz ...
Jenoptik’s product portfolio contains a range of standard lenses for laser material processing. The JENar® F-theta lenses are used with UV, VIS ...
Axetris' fast axis collimators are acylindrical micro-lenses designed for collimating the "fast axis" of high-power laser diodes and laser ...
Axetris' fiber coupling micro-lens arrays are optimized for coupling light efficiently to single mode fiber ...
Axetris' laser diode collimation micro-lenses are designed and optimized for efficient collimation of edge emitting laser diodes (LDs) and vertical ...
These lenses are telecentric in both object and image space, exhibit less than 0.1% ...
Navitar's fixed focal length SWIR Hyperspectral lenses are specifically designed for SWIR (short wave infrared) cameras and applications. Lenses are available in 25mm, 35mm and 50mm focal lengths. ...
The 12x Telecentric zoom system allows users to reach a true telecentric ...
REO utilizes single point diamond turning to fabricate high accuracy aspheric, off-axis aspheric and toroidal mirrors and lenses from infrared materials including Si, Ge, ZnSe, ZnS, CaF2, Al, Cu and Ni. Every ...
REO fabricates high precision cylindrical lenses for applications in the 193 nm to 12 µm spectral range utilizing substrate materials including sapphire, optical glasses, fused silica, Si, Ge, ZnSe, ZnS, CaF2, MgF2, Cleartran and AMTIR. Every ...
REO fabricates high precision spherical lenses for applications in the 193 nm to 12 µm spectral range. Our substrate materials include sapphire, optical glasses, fused silica, Si, Ge, ZnSe, ZnS, CaF2, MgF2, Cleartran and Amtir. Every aspect ...
Corning's HPFS® ArF Grade Fused Silica (HPFS) Microlithography Lens Blanks are known throughout the semiconductor industry for their ...
Dome Scooping
Dome Scooping blankThe combination of in-house scooping, polishing, coating ...
Spheres, the most common type of optic, have at least one surface that is a segment of a ball. A spherical lens is made with a particular radius of curvature. This radius can be as short as 1mm or very long, to where plano is an infinite radius. Spheres are ...
Aspheres have one or more optical surfaces of nonconstant curvature, with departure from a spherical surface representing the asphericity of the surface. Aspheres are typically defined by a polynomial equation and reduce the ...
A cylindrical lens contains an optical surface that has a radius in one direction and is flat in the orthogonal direction. A cylinder will have one or more cylindrical surface. Cylindrical ...
Achromatic doublets are far superior to simple lenses because they are corrected for two color lines, specifically C(656.27nm) ...
Sometimes called the triple aplanat, these are among the very finest of ...
ROLYN Aspheric Lenses are highest quality ...
Aspheric lenses are designed to be diffraction limited. They ...
Biconic lenses have two different radii on one surface. It is possible to make a biconic lens with spherical curves or aspheric curves, depending on the application and need to eliminate aberrations. Biconic lenses are used to produce an elliptically shaped focus or line focus. These lenses are also used ...
Collimating Optics: Plano-convex lenses; copper total reflectorReflective and transmissive ...
Teledyne Scientific & Imaging fabricates and manufactures Silicon microlenses using advanced processing techniques. We use Reflow and Grayscale fabrication methods to achieve high quality, cost efficient microlenses. Reflow involves patterning polymeric materials on substrates and then melting the polymer to form ideal spherical surfaces. ...
Teledyne Scientific & Imaging fabricates and manufactures Silicon microlenses using advanced processing techniques. We use Reflow and Grayscale fabrication methods to achieve high quality, cost efficient microlenses. Reflow involves patterning polymeric materials on substrates and then melting the polymer to form ideal spherical surfaces. ...
Aspherical elements eliminate monochromatic aberrations (e.g. spherical aberration) ...
To cope with the increasing demand of enviromental friendly optical ...
The collimating lenses convert divergent beams of light into a parallel beam. The lenses are optimized for the UV/VIS/NIR range, are SMA terminated for coupling to ...
