#United Kingdom #Edinburgh #Spectroscopy #Singular Photonics #Raneshaw

Revolutionizing Raman Spectroscopy

In a remarkable development for the field of spectroscopy, Singular Photonics has announced a significant advancement in its collaboration with Renishaw, a renowned player in the realm of metrology and analytical instruments. Their joint efforts have yielded a groundbreaking addition to the Raman spectroscopy capabilities, which will enable researchers to obtain reliable data from challenging samples.

The New TRRS Technology

On December 17, 2025, Renishaw unveiled the latest enhancement to its prestigious inVia™ confocal Raman microscope: Time-Resolved Raman Spectroscopy (TRRS). This innovation, at the heart of which is Singular's redefined Sirona single-photon avalanche diode (SPAD) sensor, tackles one of the longstanding hurdles in Raman spectroscopy—the difficulty of capturing Raman signals when overshadowed by intense fluorescence from the samples.

Dr. Tim Batten, Director and General Manager of the Spectroscopy Products Division at Renishaw, emphasized the importance of innovation in maintaining a competitive edge. He stated, "We are always looking for innovative technology to sustain our market lead. Our collaboration with Singular Photonics has truly accomplished this, providing our customers with advanced capabilities for dealing with highly fluorescent samples, such as those that contain various pigments."

The Significance of SPAD Technology

Singular's Sirona sensor, built upon advanced CMOS SPAD architecture, incorporates a 512-pixel line format that integrates sophisticated on-chip time-resolved processing and histogram capabilities. This design allows researchers to simultaneously acquire both fluorescence and Raman signals with remarkable temporal accuracy, which opens the door for new scientific and industrial applications.

CEO of Singular Photonics, Shahida Imani, expressed confidence in the new collaboration with Renishaw. "With the integration of our Sirona sensor into Renishaw's TRRS system, we have established a spectrometer that clearly showcases the performance benefits of our SPAD technology. Our relationship with Renishaw dates back to our inception, and it has continuously strengthened through deep technical collaboration. Together, we can significantly expand our reach in high-precision scientific and industrial arenas,"* she noted.

Impacts on the Scientific Community

The integration of TRRS into the inVia microscope dramatically enhances analytical capabilities for disciplines ranging from chemistry to materials science. By engineering a method to extract high-quality Raman spectra from samples that were historically challenging to analyze, Renishaw and Singular Photonics have taken a giant step forward in enabling groundbreaking discoveries and refining existing methodologies.

This innovative leap also facilitates real-time insights, allowing scientists and engineers to explore new avenues of research previously viewed as unattainable due to technological limitations. The collaboration not only stands to benefit manufacturing sectors requiring precise measurements but also makes a significant impact on academic research environments.

A Future-Forward Partnership

As Singular Photonics continues to push technological boundaries with its SPAD sensors, the partnership with Renishaw exemplifies the synergy that can occur when two leaders in their fields come together with a shared vision. The advancements from this collaboration promise to drive the future of spectroscopy and analytical instrumentation, leading to new innovations that enhance efficiency and accuracy in measurement technologies.

In conclusion, Singular Photonics and Renishaw are paving the way for an exciting era of spectroscopy, underscoring the vital role that collaborative innovation plays within scientific advancement. This strategic partnership signifies not just an advance in technology, but also the potential to unravel new scientific frontiers, bringing researchers closer to their goals with unmatched precision.

For further investigation into the technologies and applications emerging from this partnership, interested readers can refer to both companies' websites: Renishaw and Singular Photonics.