BYK-Gardner Instruments’ Post

Some thin films can be deposited on #glass to achieve optical filtering or reflective properties. The effects can sometimes be seen in windows on buildings or even the common household mirror. Read more — https://lnkd.in/gq-MwqrF #MaterialsScience #GlassScience

😎You have a better option. Complex and costly vision & backlight system is normally considered for #liquid level detection in #nontransparent containers. Banner Engineering uses a unique optical property of water to reliably detect the presence or absence of water💦. ✋Will the sensor work on any liquid? ✋Does the color of the liquid matter? ✋What is the key to a successful application with this sensor? 👉We have answers to your questions https://lnkd.in/ghJx3z3G Video made by Charles Wang

Tiny lens that uses light trickery to detect gas created in Germany This innovative glass can enhance sensor technology by adjusting its optical properties in response to environmental changes. https://lnkd.in/dA2vyJDT

The practice of optical design requires an understanding of material characteristics, including the effects of volume scattering. Learn how this phenomenon can impact light distribution and simulation accuracy in our recent article. https://lnkd.in/g--wkv9H #glossary #volumescattering #light #opticaldesign

Part 4 of LED Datasheets — • more on CRI 🌈and when it’s important for machine vision • maximum current ⚡️rating and how NOT to use it Part 1: https://lnkd.in/gEdAstgj Part 2: https://lnkd.in/gTewTdAE Part 3: https://lnkd.in/gV_T2JES #leds #ledlighting #datasheet #illumination #opticalengineering #lighting #machinevision #CRI

generalized symmetrical slot shapes in the diagonal lines based slotted patch radiator for circularly polarized antenna designs with compact size. this is very popular technology for compact circularly polarized antenna designs https://lnkd.in/gsDaswcK

Brand: WENGLOR Model No: XM98PAH2 Type: Reflex Sensor Description: The Wenglor XM98PAH2, distinguished as a retro-reflex sensor. Employs an advanced operational principle by emitting a polarized laser light beam towards a reflector and subsequently capturing the reflected beam to discern the presence of objects. Further Details: https://lnkd.in/dHFtpDT2 Specification: Functionality: Retro-reflex sensor, operates by emitting a light beam towards a reflector and receiving the reflected beam Environment Compatibility: Designed for all kinds of industrial environments with ample functional reserve Light Source: Uses polarized light, enabling it to reliably recognize even reflective objects. The light source is a laser. #UNIBOTECH #REFLEXSENSOR #EngineeringSolutions #SensorTechnology #InnovationInEngineering #SmartSensors #Industry40 #automationtechnology

CONTAMINATION CAN NOT ALWAYS BE SEEN Contamination can find its way onto all types of optics.  Even if it is hard to see the contamination, it may be easy to see the damage it causes to optics that have been subjected to intense light.   UV light is generally more likely to break molecular bonds and cause damage than visible or infrared light.   Contamination can make a good optic appear to have a low threshold for laser induced damage.   Here we’ll explain a few types of contamination, and we’ll show what can be done to prevent contamination on UV optics.  Most of the ideas here pertain to optics for ultrashort pulses too.  Contamination comes in many forms, and particles and condensation of volatile materials (sometimes called molecular contamination) are the two major concerns. READ MORE in our recent article here: https://lnkd.in/gZQAErmn

We specialize in producing optical products of high borosilicate glass, such as lenses. For optical products, the performance of lenses is very important. High temperature resistance and high light transmittance are two important performance indicators. High temperature resistance: Lens lenses need to maintain stable performance in different temperature environments, especially without deformation or rupture due to temperature changes. High temperature resistant lenses can be used in a wider range of environments and can better adapt to changes in ambient temperature. High transmittance: Lenses with high transmittance can better transmit light, allowing optical systems to better function.