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2025-11-19

Why does throughput matter in the design and performance of spectrometers? Understanding throughput is key to improving how effectively a spectrometer collects and transmits light, which directly affects its sensitivity and accuracy. In this white paper, we break down fundamental concepts like étendue and explain how the efficiency of optical components such as gratings, lenses, mirrors, and detectors plays a vital role in the overall system’s performance. If you want to gain deeper insight and enhance your designs, this white paper is for you. It covers the definition and importance of throughput, shows how each component influences it, and offers

2025-10-21

Struggling to choose the right detector array for your spectrometer? PIN, quantum efficiency, shot noise, SNR, dynamic range, and PRNU are terms everybody uses, and school was so long ago. Whether you need a quick refresher or a straightforward introduction to confidently join a discussion, our new white paper is a must read for you. We break down key topics such as CMOS vs. CCD sensors, integration time, A/D conversion, averaging techniques, and more, all presented in an easy-to-read format. Download the white paper now and make detector selection simplerDr. Tobias Buchmann in focus: Driving growth in the DACH region

2025-10-01

Join us at SciX 2025, the premier scientific instrumentation event of the year, where innovation, analytical scientists, and researchers converge. This year, we will showcase our Raman spectrometers alongside our LIBS spectrometers where we lead the industry in global production volume. Why stop by? Whether you’re looking for Raman or LIBS spectrometers our expert Bjarke Rose will guide you to elevate your research and industrial applications. Speak directly with him to explore our tailored solutions and gain insights on upcoming product releases and innovations. Contact us to book a meetingThe world’s highest throughput Raman spectrometer Innovating within Raman spectroscopy, our

2025-08-19

Sensitivity and resolution are key parameters for spectrometers used in Raman spectroscopy. Since Raman signals are weak, a highly sensitive spectrometer with high throughput is crucial. Resolution on the other hand determines the ability to separate Raman peaks. Higher resolution, however, often comes at the cost of lower sensitivity. Therefore, it is recommended to choose a resolution only slightly higher than the wavenumber separation between closely spaced peaks in the spectra. Discover the full potential of Raman Spectroscopy with Ibsen Photonics, where sensitivity and resolution matters. We offer the world’s best sensitivity, enabled by our in-house Raman manufactured transmission gratings.

2025-07-15

Have you ever considered that while going through airport security, packing your travel medication, putting sunscreen on your skin or simply admiring an ancient Roman relic on vacation, you are encountering Raman spectroscopy? Raman spectroscopy is widely used in security screening and pharmaceutical quality control, serves as a critical tool for first responder security, and is expected to revolutionize healthcare, cultural heritage, and other industries. As you relax on the beach during your summer break, you can gain knowledge about Raman spectroscopy from our selected resources below. Discover Raman spectroscopy from laboratories to real-world impact Beyond the lab: Building consistent