美國(guó)CVI Laser Optics
全球頂尖光學(xué)元件提供商
北京波威科技有限公司是美國(guó)CVI Laser Optics在中國(guó)區(qū)的總代理。產(chǎn)品有： 光窗、棱鏡、偏振片、分束鏡、非球面透鏡 多透鏡、反射鏡、濾波片、波片、激光線超快元件 產(chǎn)品需求，請(qǐng)聯(lián)系北京波威科技有限公司。 電話：010-62669779 | 北京波威科技有限公司 地 址：北京市海淀區(qū)上地十街輝煌國(guó)際3號(hào)樓 400電話：400-650-9011 電 話：(86)010-62669779 傳 真：(86)010-62669779#808 官 網(wǎng)：www.itkers.com 商 城：www.boweiinc.com |
光窗：
Antireflection Coated Laser Windows High surface quality, low scatter windows with one or two antireflection coatings for high power use and maximum beam control. Ideal for output coupling and sample or vacuum chamber windows. Wedge options: ≤ 10 arc sec or 30 ± 5 arc min Diameters from 12.7 – 101.6 mm standard, others custom Thicknesses from 1.0 – 12.7 mm standard, others custom |
Uncoated Window Substrates Controlled wedge or ultra-low wedge options to minimize angular deviation of the transmitted beam and reduce alignment errors. High surface quality and low wavefront distortion; suitable for achromatic beam sampling and sample or vacuum chamber windows. Wedge ≤ 10 arc sec for circular substrates Wedge ≤ 5 arc min for square or rectangular substrates Low wedge option: 30 ± 5 arc min Large wedge options: 1° or 3° |
棱鏡：
Uncoated Wedge Prisms Used to control deviation of an incident beam and eliminate stray beams due to back reflection. Applications in interferometry, quality testing of optics, and output coupling for high gain and sensitive lasers. Two wedge prisms can be combined for continuously variable beam steering through a cone of angles. Low wedge option: 30 ± 5 arc min Large wedge options: 1° or 3° Thicknesses from 3.175 – 12.7 mm standard, others custom Diameters from 12.7 – 101.6 mm standard, others custom |
Uncoated Right-Angle Prisms 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 retroreflection, and as an external reflector. Broadband performance with choice of antireflection coatings. High-quality surface polish for use in high power applications N-BK7 and UV-grade fused silica catalog options Custom dimensions, materials, and coatings available |
Dispersing Prisms Used to separate a beam of light into its component wavelengths, or to add dispersion to a system. Often used at the minimum deviation angle so that incident and exit angles are equal, prism magnification is one, and reflection losses are low. High-quality surface polish for use in high power applications N-BK7, UV-grade fused silica, N-F2, and Suprasil 1 catalog options Equilateral prism has more dispersion; isosceles prism has better p-polarization transmission Custom dimensions, materials, and coatings available |
偏振片：
Cube Polarizers Available for narrow and broad wavelength bands from UV through near-IR, but prism interface can limit power handling (if epoxy is used for bonding). Easy to mount, mechanically durable High laser damage threshold options Laser line and broadband wavelengths from 248 – 2000 nm, others custom |
Plate Polarizers Best for high energy applications, provided that broadband performance is not needed. Minimal impact on beam quality (lowest TWE, low wedge, high surface quality). Highest laser damage threshold Lowest transmitted wavefront error (> λ/8) Nd:YAG & Nd:YLF laser wavelengths standard, others custom |
分束鏡：
Plate Beamsplitters Best for high energy applications, provided that beam displacement, “ghost” beams, and polarization sensitivity can be tolerated. High laser damage threshold Beam offset is ~0.3x thickness of the substrate AR-coated back surface to minimize ghost reflections Available for power or wavelength separation |
Cube Beamsplitters Bonded interface avoids beam displacement, but interface can limit power handling (if epoxy is used for bonding). Ghost reflections are reduced, but still present. No beam displacement Easy to mount, mechanically durable High laser damage threshold options Available for power or polarization separation |
Beamsplitter Assembly High energy continuously variable beamsplitters combine a half-waveplate and polarizing beamsplitter, to achieve variable attenuation of the transmitted light. Transmission range = 1 - 95%, p-polarization Continuously variable for precise control of transmission High power applications (5 J/cm2 @ 1064 nm) Available for Nd:YAG wavelengths from 266 – 1064 nm |
非球面透鏡：
Plano-Convex Cylindrical Lenses Used to condense light in one dimension only. Positive cylindrical lenses can focus input collimated light to a line, transform a point of light to a line image or change the aspect ratio of an image. Useful for laser line focusing, laser projection, anamorphic beam shaping, and illumination of slit and line detector arrays. |
Plano-Concave Cylindrical Lenses Used to expand light in one dimension only. Negative cylindrical lenses diverge input collimated light away from a line. Useful for laser line generation, anamorphic beam shaping, and one-dimensional compression of images. |
多元素透鏡：
Achromats Used to focus two or more wavelengths at the same point in the image plane. Reduced spherical aberration and coma. Well-suited to broadband applications like astronomical telescopes, plasma spectroscopy, biomedical instrumentation, and laser beam steering. Also ideal for use at single wavelengths, as performance is far superior to simple singlet lenses. |
Aplanats Used with monochromatic light to generate the minimum focal spot size by eliminating coma and spherical aberrations. Diffraction-limited performance. Ideal for nonlinear optics, laser beam expansion and collimation, interferometers, materials processing, and fiber optic coupling. |
Objective Lenses Achromatic or aplanatic lens systems designed to operate at lower f/numbers. Used for collimation and focusing of laser beams, visual inspection, and microscopy. |
Beam Expanders Adjustable beam expanders used to increase or decrease beam diameter. Compact Galilean design. Used for illumination, laser communications and alignment, and light focusing. |
Shear-Plate Collimation Testers Ideally suited to assess and adjust the collimation of laser light. Composed of a high quality λ/20 optical flat mounted with a viewing screen, these shear plates allow rapid visual wavefront analysis via interferometry. They can be used to measure the wavefront radius of curvature and power of long focal length optics, and for evaluation of wavefront symmetry or aberrations. |
Machine Vision Lenses Melles Griot Invarigon-R? Telecentric Lenses offer industry-leading performance, low distortion, and rugged design to meet a wide range of inspection & metrology applications and magnifications. |
反射鏡：
Femtosecond Mirrors Broadband, high reflectivity, high laser damage threshold mirrors designed with low and controlled group delay dispersion characteristics specifically for ultrashort laser applications. |
Narrowband Laser Line Mirrors High reflectivity, high laser damage threshold mirrors available for all major laser wavelengths at UV through near-infrared wavelengths. |
Broadband Dielectric Mirrors Broadband, highly reflective dielectric mirrors for low through high power use and fixed or variable AOI. |
Metal Coated Mirrors Broadband metal coated mirrors for low power vacuum UV through mid-infrared use with a variety of protective and performance-enhancing coatings. |
Uncoated Mirror Substrates Uncoated substrates in N-BK7, UV-grade fused silica, and Zerodur with flat, convex, and concave profiles. |
濾波片：
Bandpass and Laser Line Filters Transmission over a limited wavelength range, with moderate to high blocking out of band. Used for fluorescence, Raman spectroscopy, and laser line clean-up. Up to 60% minimum transmission over 1.5 – 70 nm OD 3 extended blocking Lower power |
Neutral Density Filters Used to attenuate, split, or combine beams in a wide range of irradiance ratios, with no significant dependence on wavelength. Absorptive: Broadband use, attenuation varies with wavelength; low power Metallic: Broadband use, uniform attenuation with wavelength; low power Dielectric: Narrowband use, precise attenuation; high laser damage threshold |
波片：
Multiple Order Quartz Waveplates Used to rotate polarization (λ/2 retardation) or convert between linear and circular polarization (λ/4 retardation). Recommended when sensitivity to wavelength and temperature is not critical. High performance specifications and laser damage threshold Best suited to narrow bandwidth and operating temperature range |
Compound zero-order waveplates used to rotate polarization (λ/2 retardation) or convert between linear and circular polarization (λ/4 retardation). Recommended for use with diode, tunable and femtosecond lasers. High performance specifications and laser damage threshold Wide useful bandwidth Excellent thermal stability Choice of optically contacted, contacted in a ring mount, and air spaced versions |
Dual Wavelength Waveplates Multiple-order waveplates used to rotate the polarization of one specific wavelength (λ/2 retardation) while the other is unchanged (λ retardation). High laser damage threshold Precise control for dual wavelength sources Best suited to narrow bandwidth and operating temperature range |
90° Polarization Rotators Quartz rotators are used to easily rotate the linear polarization of a beam through 90°. Simply placed in the beam at normal incidence without requiring angular adjustment. Alignment-insensitive high damage threshold rotator Based on optical activity of crystal quartz Single wavelength operation Custom wavelengths, rotation angles, and sizes available |
脈沖線超快光學(xué)：
PulseLine Mirrors Broadband, high reflectivity, high laser damage threshold mirrors designed with low and controlled group delay dispersion characteristics specifically for ultrashort laser applications. |
PulseLine Polarizers Polarizers divide a beam of light into two highly polarized beams, making them ideal for isolation or routing of a specific polarization. Extinction ratio and power handling are important factors to consider when choosing a polarizer, particularly for laser applications. With plate and cube formats to choose from, as well as options for 45° AOI or Brewster angle operation, we have the right polarizer for your needs. |
PulseLine Prisms Prisms are used to steer light, with cut and material determining how they do so. CVI Laser Optics offers a variety of prism types for bending light, reorienting images, separating wavelengths, and magnifying beams. |
PulseLine Beamsplitters |
北京波威科技有限公司是美國(guó)CVI Laser Optics在中國(guó)區(qū)的總代理。產(chǎn)品有： 光窗、棱鏡、偏振片、分束鏡、非球面透鏡 多透鏡、反射鏡、濾波片、波片、激光線超快元件 電話：010-62669779 | 北京波威科技有限公司 地 址：北京市海淀區(qū)上地十街輝煌國(guó)際3號(hào)樓 400電話：400-650-9011 電 話：(86)010-62669779 傳 真：(86)010-62669779#808 官 網(wǎng)：www.itkers.com 商 城：www.boweiinc.com |