Tag: Visible Opaques
Switching from opaque to transparent Managing near infrared light using visibly opaque materials.
Epolin’s Don Tibbitt recently had his article published on PhotonicsViews: Switching from opaque to transparent Managing near infrared light using visibly opaque materials. Learn how Near Infrared (NIR) light is selectively absorbed and transmitted to improve product performance, function, and safety. NIR is used in applications ranging from lidar and automotive ADAS to machine vision […]
Read MoreEpolin has added a compounding extruder to expand research and development efforts.
Epolin, a leader in the production of UV, Visible, and NIR absorbing dyes, has added a compounding extruder to expand research and development efforts. Epolin has improved speed to market and supply chain efficiency with the development of Luminate™ products. Luminate™ products are ready to mold thermoplastic pellets that are formulated with Epolight® dyes compounded into […]
Read MoreEpolin’s team exhibiting at Laser World of Photonics Booth B2.545
Discover new solutions at Epolin’s World of Photonics Booth B2.545 June 27-30, 2023 in Germany. Epolin’s products are designed to address various challenges in the photonics industry. By visiting our booth, you will come across new materials or technologies that can enhance your own projects or research. Epolin’s representatives will be on hand to provide […]
Read MoreAutoSense Detroit 2022
Epolin will be sharing how proper filter formulation can improve the function, safety, and appearance of in cabin near infrared (NIR) illumination and detection electronics. If not attending #AutoSense Detroit, you can learn more at epolin.com.
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Managing Near Infrared (NIR) Light Using Visible Opaque Materials
NIR illumination and detection electronics often incorporate a protective cover or lens that appears black or visibly opaque. The black cover on the end of a TV remote or a dome around a night vision security camera are examples of visible opaque, NIR transmitting materials. They obscure electronics and reduce heat from Solar’s visual spectrum while efficiently transmitting NIR portion of light. They also expand design options and minimize the appearance of welds created by NIR lasers in part joining operations.
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