Accurate and reliable color measurement, particularly in industrial and harsh environments, is crucial for successfully transitioning Raman spectroscopy and other color-sensing applications from laboratory settings to field operations.
In this article, Bjarke Rose discusses key considerations for designing a Raman spectrometer for industrial applications. With a 30-year career in our R&D department before transitioning to VP of Sales at Ibsen Photonics, Bjarke has consistently focused on developing robust spectrometers for high-volume manufacturing.
This article covers the following key topics:
- Transitioning Raman spectroscopy from the lab to the field
- Controlling instrument variability
- Ensuring instrument stability
Enhance your Raman system with the world’s highest throughput Raman spectrometers
Ibsen’s Raman spectrometers deliver optimal performance at a competitive cost, with minimal unit-to-unit variation and strong environmental stability. They feature the world’s best Raman diffraction gratings, ensuring superior diffraction efficiency and low polarization-dependent loss. Designed for volume manufacturing, our spectrometers offer maximum sensitivity and high resolution in robust, compact form factors.
Missed us at Photonics West? Let’s continue the conversation!
We appreciate everyone who visited our booth and contributed to insightful discussions at Photonics West 2025. We value your interest in our gratings and spectrometers.
For those unable to meet with us in person, we welcome the opportunity to connect. Whether you are exploring new opportunities or seeking customized solutions, our team is available to assist you.
Additionally, we invite you to visit our website, where you can access information about our spectrometer and grating products. We look forward to continuing the conversation and supporting your needs.
