Products/Services for Parabolic Objective Mirror
Parabolic Mirrors - (35 companies)
Mirror Mounts - (28 companies)
Optical Mirrors - (385 companies)
Spherical Mirrors - (89 companies)
Laser Mirrors - (84 companies)
Hot Mirrors and Cold Mirrors - (48 companies)
Flat Mirrors - (138 companies)
Telescopes - (58 companies)
Reflectors - (53 companies)
Product News for Parabolic Objective Mirror
Specialty Components, Inc.
Off-Axis Parabolic Mirrors...Standard or Custom These first-surface parabolic Aluminum metal mirrors have up to 1/8 waveform accuracy and a 16 nm Ra surface finish (certified with interferometry and non-contact optical profilometry). Infrared applications will benefit from our two standard coatings: Silicon monoxide or Silicon monoxide over gold. Mounting holes on back surface are standard. 30, 60 or 90 degree reflection angle. Diamond turned first-surface Aluminum mirrors provide a highly efficient parabolic focus of light in the infrared... (read more)Browse Parabolic Mirrors Datasheets for Specialty Components, Inc.
Piezosystem Jena, Inc.
Objective positioner: MIPOS 500 MIPOS 500. 500 µm adjustment range. nm resolution. compact design. parallelogram construction. high resonant frequency. easy to fix onto microscopes. "upside-down" version available for inverted microscopes. The MIPOS 500 was developed for finely adjusting micro objectives. The maximum motion is 500 µm. The resolution of the MIPOS 500 is very high and, in practice, only limited by the voltage noise of the power supply.A special integrated preload design results in a very small... (read more)Browse Piezoelectric Actuators Datasheets for Piezosystem Jena, Inc.
Single-Objective Zooming Prober Microscope Designed for productivity. Built for precision. Priced for value. The New A-Zoom Micro from Qioptiq represents the latest addition to the time-tested line of A-Zoom probing microscopes. Designed for streamlined operation and compact integration onto a multitude of probing stations, the A-Zoom Micro offers a high-value solution for circuit board, semiconductor and. flat-panel display probing without sacrificing features, function or performance. Single-objective design eliminates disruptive... (read more)Browse Specialty Microscopes Datasheets for Qioptiq
Complete line of MPlan APO Objective Optem Long-Working Distance Objectives... Your Mitutoyo alternative. Optimized for use with Optem Machine Vision Lenses and A-Zoom2 Automated Microscopes, the growing family of Optem® Infinity-Corrected Objectives is the perfect alternative to long lead times on Mitutoyo objectives for all your high-magnification industrial imaging needs. Optem Objectives can be easily mounted onto A-Zoom2 microscopes, as well as the Optem® Zoom and Fixed Magnification (FMOS) CCD lens family to meet your... (read more)
Piezosystem Jena, Inc.
Piezo Objective Lens Positioner: MIPOS 100 100 µm adjustment range. thread size W0.8x1/36" to M 27x0.75. easy to fix onto microscopes by Flex-Adapter. very compact design. parallelogram construction. high resonant frequency. for micro objectives of up to 300 g mass. option: positioning feedback system. MIPOS 100 UD is available for inverted microscopy. MIPOS 100 PL can be used for either upright or inverted microscopy. The MIPOS 100 was developed for finely adjusting micro objectives and object lenses. The maximum motion is 100... (read more)Browse Microscope Stages Datasheets for Piezosystem Jena, Inc.
Excelitas Technologies Corp.
Short Arc Xenon - Ceramic Body Parabolic Cermax® Xenon lamps from Excelitas are compact, ceramic body Xenon short-arc lamps. With an internal reflector and rugged ceramic body and metal-to-sapphire seal construction, Cermax® Xenon lamps are a safe and very compact alternative to conventional quartz bubble xenon lamps. Utilizing an integrated parabolic reflector, Cermax® lamps produce high intensity, collimated light. This leaves the optical designer with the utmost flexibility in choice of post- processing, light-shaping optics. Due... (read more)Browse Lamps Datasheets for Excelitas Technologies Corp.
Green LED with a deep-dish parabolic reflector TLR-1 ® Game Spotter ™. LONG-RANGE, RAIL-MOUNTED, GREEN LED GAME-TRACKING LIGHT. Features a shock-proof, green C4 ® LED that produces a long-range beam that reaches 350 meters. Green LED combined with a deep-dish parabolic reflector produces an intense hot-spot that provides long-range identification, preserves night vision and won ’t spook varmints. 31,000 candela peak beam intensity; 150 lumens; Runs 1.75 hours. Mounts directly to all MIL-STD-1913 (Picatinny) rails... (read more)Browse Flashlights Datasheets for Streamlight, Inc.
Total Plastics, Inc.
Acrylic Mirror and Colored Acrylic Mirror Acrylic Mirror and Colored Acrylic Mirror. Acrylic mirror and colored acrylic mirror are rigid, impact-resistant, weatherable and lightweight thermoplastic sheets. Acrylic mirror offers excellent optical quality with half the weight of glass and many times the impact resistance. Acrylic mirror sheet offers the high clarity of glass mirror and the ease of handling and fabricating expected of extruded sheet. Their acrylic mirrored products can easily be cut, routed, drilled and cemented... (read more)Browse Plastic Sheet and Plastic Film Datasheets for Total Plastics, Inc.
Advanced Optics, Inc.
Optical Mirrors Advanced Optics has been manufacturing precision optical mirrors for over 45 years. Our product line consists of optical mirrors made from Borofloat, Supremax, fused silica, zerodur and Bk7 with surface accuracy available up to 1/20 wave. Standard coatings include protected and bare aluminum, protected and bare gold, protected silver, aluminum magnesium fluoride, and enhanced aluminum (one specifically designed for the visible region of the spectrum and one... (read more)Browse Optical Mirrors Datasheets for Advanced Optics, Inc.
...by a parabolic mirror and focused onto an InGaAs. InfraMation 2007 Proceedings. ITC 121A 2007-05-24. photodetector. The second (`reference') laser beam first passes through a cuvette filled with methane and. then is focused onto the second photodetector. Real time treatment of recorded signals results...
Engineering Web Search: Parabolic Objective Mirror
Optical fiber - Wikipedia, the free encyclopedia
an 1842 article titled On the reflections of a ray of light inside a parabolic liquid stream.
Parabolic Mirror subgroup of Prof. Meixners Group
The Parabolic Mirror Near-field Optics Lab
Parabolic Trough VSHOT Optical Characterization in 2005-2006...
Parabolic Trough VSHOT Optical Characterization in 2005-2006 Tim Wendelin NREL/PR-550-40024 Presented at the 2006 Parabolic Trough Technology
See National Renewable Energy Laboratory Information
Optical Tolerance analyses for the Far-ultraviolet Imaging...
5?10 5?10 Grasp 0.6?10-4 cm2sr 1.25?10-4 cm2sr Mirror Figure Off-axis Parabolic Cylinder Mirror Focal Length 125 mm (f/2.2) Figure 1. FIMS schematic
Altechna ? laser related compotents and technologies
Off-axis Parabolic Metal Mirrors Variable reflectivity mirrors 5OBM119 - Objective Mount 5UM122 - Universal Mirror Mount/Platform
See Altechna Co., Ltd. Information
Design of a Superparaboloidal Solid Immersion Mirror for...
Design of a Superparaboloidal Solid Immersion Mirror for Optomechatronic Near-Field Recording
Low-order actuator influence functions for piezoelectric...
scheme.3?6 The overall objective of the efforts described herein is to extend the modelling of a deformable mirror to a large-scale, light weight
Nanoengineered Ferrofluid Deformable Mirrors: A Progress...
The short-term objective is to perfect the technology for adaptive optics for both astronomical and ophthalmology applications . We have made a
ESA Science & Technology: Instrument Design
Primary mirror Parabolic, 55 mm diameter Refractive, double Gauss objective Aperture (mm)