Renishaw Launches TRRS Module with Singular Photonics SPAD Sensor
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Singular Photonics and Renishaw have jointly announced a breakthrough in Raman spectroscopy through the integration of Singular’s Sirona single-photon avalanche diode (SPAD) image sensor into Renishaw’s inVia™ confocal Raman microscope. This collaboration delivers Time-Resolved Raman Spectroscopy (TRRS) capabilities, addressing the challenge of capturing signals obscured by intense fluorescence. The Sirona sensor, a 512-pixel SPAD-based line sensor built on CMOS architecture, enables simultaneous acquisition of fluorescence and Raman signals with high temporal precision. This innovation, developed through a long-standing partnership originating from the University of Edinburgh, expands measurement possibilities for scientific and industrial applications. Renishaw and Singular Photonics Collaboration Singular Photonics and Renishaw have collaborated to integrate Singular’s Sirona SPAD sensor into Renishaw’s inVia™ confocal Raman microscope, adding Time-Resolved Raman Spectroscopy (TRRS) capability. This partnership addresses a key challenge in Raman spectroscopy – capturing signals obscured by fluorescence. The Sirona sensor is a 512-pixel SPAD-based line sensor utilizing CMOS SPAD architecture and on-chip time-resolved processing, enabling simultaneous acquisition of both fluorescence and Raman signals with high temporal precision. This collaboration began dating back to Singular Photonics’ inception, fostering a deep technical relationship. Renishaw’s new TRRS solution, powered by the Sirona sensor, benefits users dealing with highly fluorescent samples – like those containing pigments – enabling measurements previously considered impossible. According to Dr. Tim Batten of Renishaw, this partnership maintains their lead in the spectroscopy market through innovative technology. Singular Photonics’ Sirona sensor delivers real-time insights with speed, precision and efficiency by processing data directly at the sensor. The sensor captures spatial, depth, and temporal information simultaneously, generating rich 4D data. Shahida Imani, CEO of Singular Photonics, highlights that integrating Sirona into Renishaw’s TRRS system showcases the performance advantages of their SPAD technology and expands market reach in scientific and industrial sectors. Advancements in Time-Resolved Raman Spectroscopy A collaboration between Singular Photonics and Renishaw has led to advancements in Raman spectroscopy through the integration of Singular’s Sirona SPAD sensor into Renishaw’s inVia™ confocal Raman microscope. This pairing enables Time-Resolved Raman Spectroscopy (TRRS), a capability designed to overcome challenges posed by intense fluorescence backgrounds that often obscure Raman signals. The resulting system allows for high-quality spectral acquisition from samples previously difficult or impossible to measure, particularly those containing pigments. Singular Photonics’ Sirona sensor is a 512-pixel SPAD-based line sensor built on CMOS SPAD architecture. Crucially, the Sirona incorporates on-chip time-resolved processing and histogramming, facilitating the simultaneous capture of both fluorescence and Raman signals with high temporal precision. This capability unlocks new measurement modalities for both scientific and industrial applications, representing a significant step forward in spectroscopic analysis. This partnership benefits both companies, expanding Singular Photonics’ market reach, especially within high-precision sectors. Renishaw’s TRRS solution, powered by the Sirona sensor, provides customers with benefits when analyzing highly fluorescent samples. The collaboration, dating back to Singular Photonics’ inception from the University of Edinburgh, highlights the value of deep technical collaboration and a focus on innovation in analytical instrumentation. SPAD Sensor Technology and Capabilities Singular Photonics’ Sirona SPAD sensor is a 512-pixel line sensor built on CMOS SPAD architecture. This technology enables the capture of both fluorescence and Raman signals simultaneously, with high temporal precision—a key capability for Renishaw’s new Time-Resolved Raman Spectroscopy (TRRS) system. Integrated on-chip processing and histogramming functionality further enhance the sensor’s performance, allowing for real-time insights and unlocking new measurement modalities for scientific and industrial applications. The collaboration between Singular Photonics and Renishaw resulted in a TRRS system for the inVia confocal Raman microscope, overcoming challenges posed by intense fluorescence backgrounds. The Sirona SPAD sensor allows researchers and engineers to acquire high-quality Raman spectra from samples previously considered too difficult to measure. This innovation maintains Renishaw’s lead in the market and offers multiple benefits when dealing with highly fluorescent samples like those containing pigments. Singular Photonics’ SPAD technology captures spatial, depth, and temporal information simultaneously, generating rich 4D data. This capability, combined with on-chip computation, delivers real-time insights with exceptional speed, precision, and efficiency. The partnership with Renishaw, dating back to Singular’s inception, is expected to expand the company’s market reach, particularly within high-precision scientific and industrial sectors. We are always on the lookout for new, innovative technology to maintain our lead in this market, and we believe we have achieved this with our partnership with Singular Photonics.Dr Tim Batten, Director and General Manager, Spectroscopy Products Division, Renishaw Source: https://www.prnewswire.com/news-releases/singular-photonics-and-renishaw-shed-new-light-on-spectroscopy-302644611.html Tags: