Products/Services for Laser Beam Expander Optics
Laser Optics, Heads, and Beam Delivery Components - (98 companies)
Laser Processing Equipment - (576 companies)
Beam Expanders - (27 companies)
Optical Lens Assemblies - (144 companies)
Laser Beam Analyzers - (38 companies)Laser beam analyzers are used to determine the quality of a laser beam. Laser beam analyzers measure beam profile, average power, energy per pulse, frequency, and temporal pulse shape. Many laser beam analyzers are portable, enabling them to be used... Learn More
Laser Mounts - (18 companies)
Laser Protective Eyewear - (48 companies)
Laser Printers - (414 companies)
Product News for Laser Beam Expander Optics
Knight Optical Ltd.
Precision Optics for Laser Applications We are able to advise and supply all custom optical components for your specific laser application, and also hold stock components in a several sizes. Everything from space missions, through to surgical procedures, holographic weapon sights, and industrial machinery, all require laser optics. We are experts in precision optics for lasers and supply a vast range of applications. Our Laser Range of Optics includes: Plano-Convex lenses. Meniscus lenses. Zinc-selenide Components. Lithium... (read more)
Laser Optics and Mirrors Call Kentek for all your Laser Optics needs. We stock optics for many industrial and medical systems. We will also build to your specifications. Upgrade your coatings with our exceptional high temperature and "diamond resistant" coatings. Lenses: Plano Convex, Bi-Convex, Plano Concave, Bi-Concave, Meniscus, Aspheric, Achromatic Doublet, Positive Cylindrical, Negative Cylindrical, Hastings Triplets, Ball, Fresnel. Mirrors: High Reflector, Partial Reflector, Beam Splitter, Dichroic. Materials... (read more)Browse Laser Optics, Heads, and Beam Delivery Components Datasheets for KENTEK Corporation
Knight Optical Ltd.
Laser Measurement Precision Optics to > 3micron depending on centre wavelength. Giving our customers flexibility to design filters to meet there requirements. Knight Optical's state of the art metrology laboratory and quality assurance department ensure each part arrives to your specification. We have over 10 years' experience in the laser scanning optics industry, working closely with UK and international based engineering companies. View our QA and metrology information. Watch our Corporate Video. View Our Corporate... (read more)
Custom OEM Laser Optics IRD Glass manufactures precision custom components for the OEM Laser market. Precision high laser damage mirrors, custom reflectors, filters, windows, whatever your custom needs, IRD Glass can provide for you as you need it, when you need it GUARANTEED. IRD Glass will review your drawing, offering any potential profitability suggestions we notice, and then work closely with you throughout the process. This includes constant communication to let you know regularly how... (read more)
American BOA, Inc.
Turbo Expander - Unique Expansion Joint nbsp;. American BOA has recently supplied a customer with a unique expansion joint for use on a high-pressure turbo expander. The expansion joint was used to isolate the nozzle of the turbo expander from thermal pipe growth in two planes, while also isolating the vibration generated by the expander on the balance of the piping system. Due to tight space constraints and low allowable loading conditions, the use of an in-line pressure balanced expansion joint was required. During the design... (read more)Browse Expansion Joints Datasheets for American BOA, Inc.
Laser Flowtubes Kentek has a wide selection of Flowtubes available, with many in stock and others built with short lead times. Using our extensive database of laser and intense light systems, we can help you replace your flowtubes quickly and at low cost. Materials: Pyrex®, Clear Fused Quartz, Cerium Doped Quartz, Samarium Doped Quartz, Synthetic Fused Quartz, Titanium Doped Quartz. Coatings: We can provide antireflection coatings to boost linear diode pumped applications. We can provide silver and gold... (read more)Browse Laser Optics, Heads, and Beam Delivery Components Datasheets for KENTEK Corporation
Laser Crystals Kentek manufactures and repairs solid state laser crystals for linear and diode pumped applications. We can customize dimensions, end configurations and coatings to fit your application or you can order an exact replacement for your OEM laser. We have the tooling to mount and align crystals within holders and flow tube assemblies. Laser Dopent Materials: Chromium, Erbium, Holmium, Neodymium, Thulium, Titanium, Ytterbium. Laser Host Materials: Alexandrite, Forsterite, Glass Phosphate, Glass... (read more)Browse Laser Optics, Heads, and Beam Delivery Components Datasheets for KENTEK Corporation
Device Technologies, Inc.
Protect-Fast™ Braided Wrap/Expander Sleeve Features and Benefits: Mil 202. FMVSS 302. Superior flexibility. Excellent abrasion resistance. Wire and Cable organizing. Material: PET monofilament. Service Temperature: -65 °C (-85 ° F) to 125 ° C (257 °F). Elongation: 20%. Flammability: IDEP(F)-V0. Colors: Black, White, Blue, Red, and Black and White Stripe. Applications: Telecommunications. Transportation. Theaters. Data Centers. Aero (read more)Browse Protective Sleeving Datasheets for Device Technologies, Inc.
Takex America, Inc.
Takex Anti-Crawl beams Government and Military organisations across the globe, and our refusal to compromise on excellence ensures we remain the choice of professionals worldwide. Industrial Sensors. Over 1000 Photo-Electric, Ultrasonic, and Laser sensors; spanning all facets of Industrial Automation and embedded OEM applications. Whether your requirement is for Factory line automation, Hot Metal Detection (molten, cast, or rolled goods), or embedded OEM devices you can depend on for years of reliable... (read more)Browse Photoelectric Sensors Datasheets for Takex America, Inc.
Parts by Number for Laser Beam Expander Optics
|Part #||Distributor||Manufacturer||Product Category||Description|
|563028X532||PLC Radwell||Special Optics||Test Equipment, Testing Laser Beam System||LASER BEAM EXPANDER|
...complicated diffraction patterns. whitepapers_08.indd Laser Beam Expander Theory. Diffraction. Improving Divergence. Perfect Gaussian Laser beams are often characterized by. The far field beam divergence defines the best collimation. a parameter known as beam divergence. Divergence...
...diffraction patterns. whitepapers_08.indd Laser Beam Expander Theory. Diffraction. Improving Divergence. Perfect Gaussian Laser beams are often characterized by. The far field beam divergence defines the best collimation. a parameter known as beam divergence. Divergence is the. for a given beam...
...that is also highly collimated. The result is a smaller beam at a large distance when compared to the laser alone (Equation 1.0). In addition, an expanded beam can yield smaller spot sizes when used in combination with additional focusing optics. This is very useful in focusing optimization. however, many...
...the laser beam is passing through. Each one is transforming the beam in a separate way, but put them together and the beam comes to the finest point possible. 1) Beam Expander and Collimator: After the beam leaves the laser tube, it passes through a set of two optical components that straighten...
Researchers have historically tested for laser beam collimation by measuring the diameter of the beam immediately at the output of collimation optics and then down the optical path (typically a few meters down the path where the beam hits the wall of the lab). This technique can be useful...
...at focus. The beam train for the Q-switched Nd:YAG (Laser A) experimentation included a beam. expander to expand the beam to approximately 10 mm in diameter. The beam was translated using an integrated galvo. scanning head (SCANLAB hurry SCAN 14). The laser beam was focused through an f-theta lens...
". An external acousto-optic modulator was used to turn on and off. the mode-locked laser instantly. During all experiments, an adjustable beam expander was used to expand the output beam to approximately 10 mm. in diameter. A galvanometer based scan head (SCANLAB hurrySCAN 10) was then used to direct the beam...
Wall thicknesses of more than 250 um will need to use a 100 W laser, but even with the extra power we can still maintain identical kerf widths.". To help optimise the cutting process, the workstations include a motorised beam expander, a charged coupled device camera looking directly down...
Engineering Web Search: Laser Beam Expander Optics
Beam-powered propulsion - Wikipedia, the free encyclopedia
The beam would typically either be a beam of microwaves or a laser. Beam-powered propulsion From Wikipedia, the free encyclopedia
Laser-induced breakdown spectroscopy - Wikipedia, the free...
Laser-induced breakdown spectroscopy (LIBS) is a type of atomic emission spectroscopy which uses a highly energetic laser pulse as the excitation
Optipedia: Free optics information from SPIE
Welcome to the newest resource for the optics and photonics community!
Laser Processing of Materials and Industrial Applications II -...
Binary optics beam mode transformer and its application in high-power laser processing
Proposal for a Fast Scanning System Based on Electro-optics...
indicate the full width of the beam at 1/e2 (twice the beam waist). EXPERIMENTAL STUDIES The first stage of experimental analysis consisted of
Altechna ? laser related compotents and technologies
Laser Optics General Optics Dielectric coated optics Water cooled beam expander Zoom Beam Expander - CO2
See Altechna Co., Ltd. Information
Module A1 Module A Module MH Module B Module F Module C Module...
Module C Module D Module MH Experiment 29 Laser Beam Analysis Knife Edge Sensor rotating drum Laser Beam 1. Introduction 6 2. Experimental Set-up 6
Construction of a femtosecond laser microsurgery system
the protocol begins with the assembly and alignment of beam-conditioning naturepr / optics at the output of a femtosecond laser.