Date & Location
31st Aug – 3rd Sep 2026
Newcastle University
Stand TBC
Why Visit?
We’ll be exhibiting at Photon 2026 with a range of photonic components and subsystems designed to support everything from early-stage development through to real-world implementation. If you’re building, testing or refining optical systems, we’ll have technologies on hand that are practical, proven and ready to integrate.
Choosing the right photonic components often comes down to understanding how they behave in real conditions, not just on a datasheet. At our stand, you’ll be able to explore detectors, sources and optical systems in a way that reflects how they’re actually used, and talk through your requirements with people who work with these technologies every day. Whether you’re comparing approaches, troubleshooting performance or planning your next step, we aim to give clear, straightforward input that helps you move forward with confidence.
Alongside widely used technologies from Excelitas, we also bring in complementary solutions from Kodenshi, Dahlson, Ushio and BWTek, as well as our Weymouth Design & Manufacturing capabilities, giving you access to a broader and well-matched set of options.
Product Highlights
Single photon detection and low-light measurement
SPCM – single photon counting modules for ultra-low light applications
APDs for high-sensitivity detection with fast response times
Photodiodes and sensors
Photodiodes covering UV, visible and IR ranges
Sensor solutions for measurement and monitoring
Time-of-flight and detection systems
TOF technologies for distance and depth measurement
Supporting components for integrated sensing setups
Light sources and lasers
Laser solutions for measurement, excitation and analysis
Options suited to both development and deployed systems
Optics and imaging
Lenses for a wide range of optical configurations
Thermal imaging components for sensing and diagnostics
Optical systems and setup
Optical bench system for rapid prototyping, alignment and testing
Modular approach to building and adapting experimental setups
