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活动
益瑞电将参展2023年度慕尼黑上海光博会
益瑞电将参展2023年度慕尼黑上海光博会。该会议将于7月11日至13日在上海国家会展中心举行。
在 AACC 临床实验室博览会上访问益瑞电展位
Iridian will be exhibiting at the 2023 AACC Clinical Lab Expo which takes place in Anaheim, CA between July 23-27.
Which Detection Filters are Used for IR Sensing Applications?
IR sensing technology harnesses the power of infrared radiations – which are invisible to the human eye – for various scientific and industrial applications. It leverages specially designed IR sensors and filters to detect energy levels and monitor changes in the...
Iridian to Attend CYTO 2023 in Montreal
Iridian will be exhibiting at the CYTO 2023 event this year. This event runs from May 21 to 24 in Montreal, QC, Canada.
What are Spectral Emission Lines?
Spectral emission lines are unique sets of spectral lines that serve as the fingerprints of chemical and molecular species, playing a crucial role in various scientific fields such as optics, photonics, chemistry, and physics. Experts in various industries use these...
IDEX Corporation 宣布收购 Iridian Spectral Technologies
IDEX Corporation 继续战略性资本部署，宣布收购 Iridian Spectral Technologies，后者是薄膜介电光学滤波器的全球领导者Northbrook, Illinois, (April 26, 2022) – IDEX Corporation (NYSE:IEX) today announced it has entered into a definitive agreement to acquire Iridian Spectral Technologies (“Iridian”) for...
Come Visit Iridian at SPIE DCS 2023
Iridian will be once again exhibiting at SPIE DCS, May 2-4 in Orlando. Please visit us at booth #822 to discuss optical filter needs in sensing applications such as Earth observation (EO), LiDAR, MWIR gas sensing and others.
Iridian Launches New Website to Serve the Japanese Market
Iridian Spectral Technologies, Ltd. (Iridian) is pleased to announce the launch of our Japanese language version of our website www.iridian.jp.
Understanding the Challenges of IR Sensing Optical Design
Infrared (IR) sensing is a critical technology with wide-reaching applicability. It is used to detect and measure the IR radiation emitted by objects and environments without direct contact or visible light. Since heat is the most common source of IR radiation, it is...
Optical filter wavefront distortion: out-of-band to in-band predictions and the effect of the illumination source bandwidth
Optical filter wavefront distortion: out-of-band to in-band predictions and the effect of the illumination source bandwidth. Download full article in PDF.
