PLX’s history of newsworthy innovation and problem solving has made it the world’s leader in Hollow Retroreflector and Monolithic Optical Structure Technology™ (M.O.S.T.).
Much of our breakthrough technology is proprietary and customized to fit the needs of such clients as Lockheed Martin, JPL, Raytheon, Northrop Grumman Corporation and cannot be published. However, for more information on how we can help optimize your optical system, call 631-586-4190 and ask for our Director of Engineering, or go to contact us.
Tagsmetrology, interferometry, beam-delivery, aerospace, space-applications, spectroscopy, satellite, targeting, autocollimation
Wiley Industry News promoted the press release stating PLX Inc. and Reflex Imaging have completed the acquisition of 100% of Reflex Imaging by PLX. This acquisition strengthens PLX’s position in the photonics industry and adds Reflex Imaging’s technology to PLX’s capabilities in the field of monolithic optics. This expertise allows the creation of active optics department within PLX’s New York facility.
The TIRVIM Fourier-spectrometer, sensitive to the thermal infrared band, is part of the Atmospheric Chemistry Suite (ACS) instrument. TIRVIM includes three detectors and is designed to operate in several modes: solar occultation, and nadir observations during daytime and night time. Its main scientific goal is to monitor temperature profiles and measure aerosol content during nadir observations.
The European Space Agency's Mars Express, which was scheduled to reach Mars on Christmas Day, is expected to collect the most detailed measurements of that planet to date. Besides solving the mystery of why Mars appears to lack the ferric oxides that had been believed to be the source of its characteristic hue, it is hoped that the spacecraft's orbiter will answer questions about the potential for past or present life, using H2O data from the Planetary Fourier Spectrometer.
An optical communication system suitable for voice communication, data retrieval from remote sensors and identification had been designed, built and tested. The system design allows operation at ranges of several hundred meters. The heart of the system is a modulated MEMS mirror that is electrostatically actuated and changes between a flat reflective state and a corrugated diffractive state.