Right angle prism is better than reflector in the strict acoustics system and inertia burthen. This is because the right angle prism is easier to install. And it is not easy to deformation in exterior machine pressure. The bevel used as the surface of total internal reflection, the incident plane and the exit facet plated ar film, so it can get very good transmittance. On the other hand, the bevel plated metalized films, so it can used to be external reflection.
Used for routing a collimated beam of light through 90� or 180� via total internal reflection, depending on orientation. Also used for image rotation, for retro reflection, and as an external reflector.
Capability
Material: Bk7, grade a fine annealed z
Dimension tolerance: +/-0.20mm
Angle tolerance: +/-3'
Surface quality: 60-40 s/d
Flatness: Lambda/4
Coating: Upon request
Condenser lenses are molded lenses designed for illumination applications. Featuring large apertures and short focal lengths, condenser lenses are commonly used in emitter-detector applications, projection applications, or condensing illumination applications such as koehler illumination. The aspheric condenser lenses are molded on the aspheric surface and ground and polished on the opposite face, offering superior performance.
Capability
Material: pyrex glass, fused silica or other materials
Diameter: 8-350mm
Diameter tolerance: +0/-0.2mm
Radius:
Focal length: +/-1%
Center thickness: +/-0.3mm
Centration: 3 arc minutes
Surface quality: 60-40
Surface accuracy: pv 30-40 micr
on
Coating: with or without ar coating
Quartz rod is made from fused silica. It is applied in end caps for high power fiber laser and laser processing system.
Application: high power fiber laser
Capability
Material: ,Fused silica, Corning 7980 OF
Dimension: According to the drawing provided
Perpendicularity: < 20 minutes
Concentricity: < 0.08mm
Irregularity: λ/8 632.8nm
Surface quality: 20-10
Coating: ,S1: AR1080nm, R < 0.3%
Damage threshold: 15J/cm2
Chamfer (big end): S1: < 0.25mm x 45°
Chip (small end): S2: Without chamfer, chips < 0.1mm
Cube beamsplitters are constructed by cementing two right angle prisms together with the appropriate interference coating on hypotenuse. The absorption loss to the coating is minimal. Transmission and reflection approach 50% (average) though the output is partially polarized.
Zero order waveplates
A quarter-or half-wave retarder made from two plates of quartz with their fast axes crossed; the difference in thickness between the two plates determines the retardance. Zero-order retarders provide accurate retardance over a broad range of wavelengths and dance over a broad range of wavelengths and are more durable than single-element retarders.
Cemented zero-order waveplates
Cemented zero-order waveplate is constructed of two multi-order waveplates with their axis crossed. Thus, it performs as a zero-order waveplate because of the effect of two plates counteracting each other. It has wide temperature bandwidth and wavelength bandwidth properties. Because it is cemented, the dama zge threshold must be considered (about 10mw/cm2) when used.
Key features:
- double plates
- broad spectral bandwidth
- wide temperature bandwidth
- ar coated
Technical capability
Material: Crystal quartz
Dimension tolerance: +0.0, -0.2mm
Wavefront distortion: λ/4 @ 632.8mm
Retardation tolerance:
Waveplates
Waveplates, also known as retardation plates, are optical element having two principal axes slow and fast, that resolve an incident polarized beam into two mutually perpendicular polarized beams. The emerging beam recombines to form a particular single polarized beam. Retardations plates produce full, half, quarter and octadic-wave retardations.
Low order waveplates
The properties of low order waveplates are much better than the multi-order wave-plates because of its thinner thickness (less than 0.5mm). Better temperature (38), wavelength (1.5nm) and incident angle (4.5�) bandwidth and high damage threshold make it widely used in common application. Also it is economical.
Key features:
-thickness: 0.2-0.5mm
-high damage threshold
-better temperature bandwidth
-low cost
Technical capability
Material:crystal quartz
Dimension tolerance:+0.0, -0.1mm
Wavefront distortion:/8
Retardation tolerance:/500
Wavelength range:240-2100nm
Parallelism:< 1 arc second
Surface quality:20-10 scratch & dig
Coating:ar/ar coating, r < 0.2% on both surface at central wavelength
The true zero order waveplate means that the thickness of waveplate is very thin (less than 0.1mm) which make the true zero order waveplate excellent in temperature, wavelength and incident angle (about 20) bandwidth. Therefore, it is excellent choice for the highly accurate application. It is cemented with a block of glass which is limited to low and medium power application.
Key features:
- broad spectral bandwidth
- wide temperature bandwidth
- wide angle bandwidth
- cemented by epoxy
Technical capability
Material: Crystal quartz / bk7 optical glass
Dimension tolerance: +0.0, -0.1mm
Wavefront distortion: 8 @ 632.8nm
Retardation tolerance: 500
Wavelength range: 400-2100nm
Parallelism: < 1 arc second
Surface quality: 20-10 scratch & dig
Coating: Ar/ar coating, r < 0.2% on both surface at central wavelength
Cylindrical lenses are either plano-convex or plano-concave in form and rectangular in shape. These lenses are used in applications requiring magnification only, such as in transforming a point image into a line image or changing the height of an image without changing its width or vice versa. Therefore serves a variety application, such as slit line detector array illumination, bar code scanning, holography, optical information processing and computer, laser projection.
Capability
Material: optical glass, fused silic
Dimension: 1 - 500mm
Dimension tolerance: + / - 0.02mm
Centration: 3 arc minutes
Wedge: < 5 mrad
Surface quality: up to 10-5
Surface accuracy: x -4
Clear aperture: > 90%
Coating: according to the requirement
Metalized sapphire windows are created by applying thin layers of chrome, nickel and gold around the edge of a sapphire window. This metalized edge creates a surface that can be soldered or bonded directly into your opto-mechanical assembly allowing you to create a hermetic seal. Hermetically sealed optics is used in a variety of applications ranging from infrared imaging systems to medical devices.
Technical capability
Material:optical sapphire (al2o3)
Diameter tolerance: +0, -0.1mm
Thickness tolerance:+/-0.05mm
Clear aperture: 90%
Surface quality: 80-50 scratches and digs
Surface accuracy: 2 lambdas per 25.4mm @ 632.8nm
Parallelism: < 3 minutes
Coating: ar coating, t > 98% @ 1260-1600nm
Metalizing: chrome, nickel, and gold; sputtering method or screen printing method
