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Bristol Instruments Introduces Wavelength Meter for Mid-Infrared Lasers
December 5, 2007 — Bristol Instruments, Inc., the leader in laser wavelength measurement technology, has introduced a new laser wavelength meter for scientists and engineers who need to know the exact wavelength of their mid-infrared lasers. Now, researchers using sources such as tunable quantum cascade lasers for high-resolution spectroscopy, photochemistry, or optical sensing applications can achieve more meaningful experimental results with accurate laser wavelength information. (more) |
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Bristol Instruments Expands With Move to New Facility
February 1, 2007 — Bristol Instruments, Inc., has moved in order to expand its production facility and its laboratory space. The new larger facility at 7647 Main Street Fishers, Victor, NY 14564 will better accommodate the company’s growing business in the photonics research market. And, with larger laboratory space, the development of new products can be accelerated. (more) |
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Fiber-Optic Input Now Available for Pulsed Laser Wavelength Meter from Bristol Instruments
October 22, 2007 — Bristol Instruments, Inc., a leader in laser wavelength measurement instrumentation, has introduced a fiber-optic input accessory for its popular 821 Pulsed Laser Wavelength Meter. The new LC-8 Fiber-Optic Input Coupler adds a level of convenience when the 821 system is used with a laser that is in optical fiber. (more) |
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Bristol Instruments Extends Operation of its Pulsed Laser Wavelength Meter into the NIR
October 23, 2007 — Bristol Instruments, Inc., a company founded by former Burleigh employees, continues its leadership in laser wavelength measurement instrumentation by expanding the capabilities of its popular 821 Pulsed Laser Wavelength Meter. The new model 821B-NIR measures the absolute wavelength of pulsed lasers and OPOs to an accuracy of ± 0.02 cm-1 over the range of 630 to 1700 nm. (more) |
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Bristol Instruments Extends Operation of Laser Wavelength Meter to 5 um
May 23, 2006 — Bristol Instruments, Inc., a leader in laser wavelength measurement technology, has announced the expanded capability of its popular 621 Laser Wavelength Meter. The operational wavelength range of the IR version of the model 621, originally 1.5 to 4.0 um, has been extended to 5.0 um to satisfy new requirements for applications such as high-resolution laser spectroscopy. (more) |
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Bristol Instruments Introduces a Laser Wavelength Meter for Pulsed Lasers
May 23, 2006 — Bristol Instruments, Inc., a company founded by former employees of Burleigh, has introduced a new laser wavelength meter developed for operation with pulsed lasers and OPOs. The 821 Pulsed Laser Wavelength Meter employs optical interferometry to measure wavelength with the reliable accuracy required for demanding applications such as high-resolution laser spectroscopy, photochemistry, and optical remote sensing. (more) |
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Fiber-Optic Coupler is Now Available From Bristol Instruments
February 22, 2006 — Bristol Instruments, Inc., a company founded by former employees of Burleigh Instruments, Inc., has announced the introduction of the LC Series Fiber-Optic Laser Couplers. The LC coupler can be used to launch a free-space laser beam into a fiber. Or, they can be used to return the laser to a collimated free-space beam. (more) |
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Bristol Instruments Introduces a Low-Cost Laser Wavelength Meter
June 16, 2005 — Bristol Instruments, Inc., a new company founded by three former employees of Burleigh, has announced the introduction of the model 521 Laser Wavelength Meter. The 521 system is intended for scientists and engineers who need to know the absolute wavelength of their laser, but do not need to know it to the highest accuracy available. The model 521 is a compact system that provides accurate laser wavelength measurement, and is offered at a very attractive price. (more) |
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Bristol Instruments Introduces a New Generation of Laser Wavelength Meters
April 21, 2005 — Bristol Instruments, Inc., a new company founded by three former employees of Burleigh, has announced the introduction of a family of laser wavelength meters. The 621 Laser Wavelength Meter employs optical interferometry to measure wavelength to the highest accuracy available. What’s more, this measurement is accomplished with an unprecedented level of reliability, versatility, and convenience. (more) |
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Mirrors And Free Technical Support Are Available For Burleigh Fabry-Perot Interferometers
March 31, 2005 — Bristol Instruments, Inc., a new company founded by three former employees of Burleigh Instruments, Inc., has announce that it will provide mirrors and accessories for a variety of discontinued Burleigh Fabry-Perot interferometer products. The first products offered are mirrors that are compatible with Burleigh’s RC series Fabry-Perot interferometers. The RC system was a popular large-frame Fabry-Perot interferometer that included the models RC-110, RC-140, and RC-150. (more) |
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Former Burleigh Employees Start Bristol Instruments
January 14, 2005 — Three former employees of Burleigh Instruments, Inc. have formed Bristol Instruments, Inc., a new company located near Rochester, NY. Bristol Instruments will design, manufacture, and market precision scientific instruments used in basic and applied research, engineering, and production test applications. The new company will focus its early efforts on the photonics research market that consists of scientists and engineers at colleges, universities, and government laboratories. These researchers are involved primarily in the fields of chemistry, biology, and physics. (more) |
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Laser Wavelength Meter from Bristol Instruments Provides Greater Wavelength Coverage in the Infrared
September 26, 2007 — Bristol Instruments, Inc., a company founded by former employees of Burleigh, has announced that it has, once again, expanded the capability of its 621 Series Laser Wavelength Meter for applications using infrared wavelengths. The IR version of the model 621 now measures the absolute wavelength of CW lasers that operate from 1.0 to 5.0 um. (more) |
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Bristol Instruments Upgrades the Wavelength Measurement Accuracy Specification of its 621 Series Laser Wavelength Meter
April 7, 2008 — Bristol Instruments, Inc., a leader in wavelength measurement instrumentation, has announced that it has upgraded the wavelength measurement accuracy specification of its 621B Series Laser Wavelength Meter. The 621B-VIS, 621B-NIR, and 621B-IR systems now measure the absolute wavelength of CW lasers to an accuracy of ± 0.75 parts per million, up from the original specification of ± 1.0 part per million. (more) |
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Bristol Instruments Introduces a New Family of Optical Wavelength Meters for DWDM Testing
August 12, 2008 — Bristol Instruments, Inc., founded by three former employees of Burleigh, has announced the introduction of a family of optical wavelength meters designed specifically for DWDM testing applications. The 228 Series Optical Wavelength Meter is the ideal instrument for the precise wavelength characterization of tunable DWDM lasers, DFB lasers and VCSELs. It combines high accuracy and exceptional repeatability to achieve the most meaningful wavelength analysis. (more) |
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Bristol Instruments Introduces Laser Spectrum Analyzer for Infrared Lasers
January 21, 2009 — Bristol Instruments, Inc., the leader in laser wavelength measurement technology, has introduced a laser spectrum analyzer for scientists and engineers who need to know the spectral characteristics of their infrared lasers. Now, researchers using sources such as quantum cascade lasers for high-resolution spectroscopy, photochemistry, or optical sensing applications can achieve more meaningful experimental results with the wavelength and spectral information provided by this new product. (more) |