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SuperLight Photonics Unveils Next Era of Wideband Laser Innovation 

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SuperLight Photonics, known for its pioneering wideband laser technology, is paving the way for sustainable innovation in photonics. The company reaffirmed its strategic roadmap, cementing its position as a key player in high-sensitivity and energy-efficient photonic integrated circuits.

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As the photonics market surges, PICs - also known as Photonic Integrated Circuits or Photonic Chips -are unlocking new potential by overcoming the limitations of traditional semiconductor technology. SuperLight Photonics is at the center of this industry revolution with advanced solutions that enable the development of energy-efficient, handheld, battery-operated, and robust imaging devices with broad potential across industries and applications.

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At the forefront of these emerging applications is Optical Coherence Tomography (OCT) for Non-Destructive Testing (NDT) and industrial process control in semiconductor manufacturing, advanced PCB, and layered composite inspection. The company’s PIC portfolio delivers unmatched performance while drastically reducing energy consumption, offering sustainable solutions for high-impact use cases.

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SuperLight Photonics at Euronext DefTech

SuperLight Photonics’ technology supports dual use in defense by delivering high-performance photonic light sources that are equally relevant for civilian and security applications. The same compact, chip-based sources used in medical imaging or industrial sensing can also enable defense capabilities such as advanced sensing, surveillance, and situational awareness, offering scalability, reliability, and reduced system complexity while aligning with export-controlled and responsible innovation frameworks.

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“Integrated photonics are becoming the backbone of next-generation technologies, particularly in applications where portability and energy efficiency are critical,” said Cees Links, CEO of SuperLight Photonics.
 

“Our innovative product portfolio offers 4 orders of magnitudes lower noise, significantly improving the overall system sensitivity, enabling operation at shot-noise level with drastically reduced power requirements. The combination of low noise, low power, and wide bandwidth brings the performance of inspection systems as used for industrial testing and process monitoring to new levels, while significantly increasing the throughput. This is in particular interesting for wafer testing or assembly line inspection. At the same time, these characteristics make the technology highly relevant for dual-use scenarios, where the same performance advantages are essential in both civilian and defense-related sensing applications.”​​​