 Manufacturer of high-power precision optics, assemblies, and laser components
EXAMPLES OF LENS  UV-High Power Polarization beam splitterHigh Transmittance, High LIDT and good parallelism. These
products are widely used in Laser, laser system,
 UV Optics Products OverviewSpecial polishing and coating skill to make sure the UV optics products,
UV High Po..  Sapphire
is a single crystal aluminum oxide(AL2O3).It is one of the hardest materials
.Sapphire has good t.. 
CaF2 is
a crystal, which has good transmission from 170nm to 7800nm. It's slightly
soluble in water and sus.. 
Newly
developed thin film polarizer based on 45deg. Incidence. We can assure high
transmission.. |
High Power Narrow Band Filter..
This
product is an optical component that transmits or cuts off selective spectral
wavelengths. 300 to 1200nm..
Achromatic Cylindrical Lenses..
It can reduce chromatic aberration and spherical aberration
to a large extent, and can better focus the inc..
Material BK7, FS, UVFS Flatness <λ@633nm<
td=""> Surface Quality 40/20 Clear Aperture 80%
Material: BK7
Grade A Optical Glass Dimension Tolerance:+0.0,-0.2mm Clear Aperture:>80%
Flatness:λ/10@63..
High Power Polarization Beam
Splitter
Provide
single-wavelength or broadband high-power polarization beam-splitter prisms.
These PBS are made of glass materials, and the polarization effect is achieved
through a dielectric beam-splitting film.
Meniscus
lenses are divided into positive meniscus and negative meniscus lenses. One
side of the meniscus lens is convex and the other side is concave. It can be a
converging lens or a diverging lens, which is determined by the refractive
index and the radius of curvature.
Double
concave spherical lens is composed of two concave spherical surfaces, the focal
length is negative, and it is usually used for narrowing imaging and diverging
beams, etc.
Anamorphic Prism
A transparent
object surrounded by two intersecting but not parallel planes, used to divide
or disperse light beams.
The pentagonal prism is one of the beam deflectors with a fixed angle (90°). It has two purposes: one is that no matter what the incident angle on the first surface is, the outgoing light turns the incident light to a fixed angle (90°);
Rhombic prism
A transparent
object surrounded by two intersecting but not parallel planes, is used to
divide or disperse light beams.
Polarization Beam Combiner
The main
purpose of this device is to combine the output beams of two polarization
states and a single-tube semiconductor laser with a wavelength of 915nm or
975nm to make a fiber pusher module.
Depolarizer
Optical
depolarizers convert incoming linearly polarized light into unpolarized light.
Lyot type depolarizer is composed of two crystals, the light pumping angle of
the two crystals is 45 degrees, which can be used for depolarization of
polychromatic light.
A transparent
optical component consisting of one or more pieces of optical glass with curved
surfaces(usually spherical) that serve to converge or diverge the transmitted
rays from an object, thus forming a real or virtual image of that object.
Material of BK7, fused silica, sapphire, CaF2 and MgF2 as
standard. Other materials lenses are available upon requirement.
IR Mirror
Material:
BK7, FS Dimension Tolerance: +0.0/-0.127 Wavelength:751~2500nm Reflectivity:
99.9% Parallelism & tilt 1 arcminute
VIS Mirror
Material:
BK7, Fused Silica. Dimension Tolerance: +0.0/-0.127. Wavelength: 371~750nm
Reflectivity: 99.9% Parallelism <1arcminute Surface Quality:
20-10scratch/dig
UV Mirror
Material:
UVFS Dimension Tolerance: +0.0/-0.127 Wavelength: 255~370nm Reflectivity: 99.5%
Parallelism: <1arcminute Surface Quality: 20-10scratch/dig Clear
Aperture: Central 90%
Mirror Overview
Select the appropriate reflective substrate material for the
corresponding wavelength.
o Multiple choice
o Size customization
o Projection imaging application
Capability in manufacturing various optical components with a variety of optical materials. Selecting an optical material is important since each material has different optical characteristics, such as transmission versus wavelength, index of refraction, and thermal, mechanical, and chemical characteristics.
The index of
refraction and the Abbe Number of a glass are typically used by designers
as degrees of freedom when designing systems. Supplier has a program that
combines the foundation data of a wide variety of optical materials. It is easy to find the right materials for your application.
Many glass manufacturers offer the same material characteristics under different trade names.
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