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Introducing PLX's cutting edge novel Beam Steering Technology

PLX Beam Steering Technology delivers complete, cutting edge laser scanning systems for target tracking and and metrology applications.

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Visit PLX at SPIE Defense + Commercial Sensing 2022, booth 1529, April. 5-7

Learn how PLX’s unique Beam Steering Technology can deliver cutting edge Laser tracking and Metrology applications. Visit PLX at SPIE Defense + Commercial Sensing, booth 1529.

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Introducing PLX’s addition to its Lateral Transfer Hollow Retroreflector™ (LTHR) series

PLX’s new All-Weather Lateral Transfer Hollow Retroreflectors™ (LTHRAW) perform under the harshest environmental conditions without risking damage to the optics, while maintaining all the benefits and performance of our standard LTHRs.


ATLAS – Perfectly Aligned thanks to Retroreflectors - Laser Components Photonics News

Read the article about how PLX retroreflectors and LHTRs help to keep the emitter and telescope of the ATLAS program perfectly aligned. The article was published in LASER COMPONENTS Photonics News Magazine - Issue 88.


Insights from European CEOs: EPIC interviews Itai Vishnia, CEO of PLX

Check out this exclusive interview With PLX Inc.’s CEO, Itai Vishnia. Discover PLX’s heritage in the defense and aerospace industry, and the journey of new innovative technologies achieved along the way. Learn about PLX’s key technology, such as the Monolithic Optical Structure Technology™ (M.O.S.T.) and how it has exceeded the expectations of many. Finally, get a glimpse of the future of PLX INC, and what ground breaking solutions they are developing next.


Press Release- PLX LTHR's on ATLAS program

PLX was awarded a contract from Ball Aerospace & Technologies Corporation for two LTHR’s™ for the Advanced Topographic Laser Altimeter System (ATLAS) program. ATLAS is the sole instrument on the ICESat-2 satellite scheduled for a June 2018 launch.


ICESat-2 program: PLX vacuum-compatible Lateral Transfer Hollow Retroreflector

LX manufactured a vacuum-compatible Lateral Transfer Hollow Retroreflector with a 5” aperture, 18.5” separation and 1 arc second accuracy for the ICESat-2 program.