Latest SuperLight Photonics News

SuperLight Photonics, a pioneer in cutting-edge laser technology launches its SLP-0280, leading in ultrashort pulse lengths in a compact form factor

Despite its familiarity, light remains a profound mystery and one of the most intriguing aspects of light is its dual nature: is it a wave or a particle?

SuperLight Photonics, a pioneer in cutting-edge laser technology, is pleased to announce its strategic partnership with KLV, a top-tier Japanese distributor, marking a bold step in expanding its footprint in the Asia-Pacific region. This new alliance is set to enhance the availability of SuperLight Photonics’ innovative products within Japan, a market known for its demand for state-of-the-art technology.

With better light, more insight!
Why halogen, pulsed lasers and monochrome lasers quickly become outdated spectral imaging technologies

The impact of our innovation is so disruptive and far-reaching that we cannot fully comprehend it yet

The SLP-1050 from SuperLight Photonics, a compact and high-powered supercontinuum laser

SuperLight Photonics has been honored with the prestigious Novel-T Next Icon 2024 award

Podcast vanaf Hannover Messe 24 met inzichten van Cees Links, CEO van SuperLight Photonics.

SuperLight Photonics launches its SLP-1050, harnessing unprecedented power for enhanced industrial, research, and (bio)medical applications.

SuperLight Photonics, a pioneer company for cutting-edge supercontinuum lasers, is excited to announce its partnership with Laser 2000 as its distributor for Europe. This strategic collaboration marks a significant milestone in SuperLight Photonics' expansion efforts and reaffirms its commitment to delivering innovative photonics solutions to customers across Europe.

Read the article on the fascinating world of photonics or listen to the podcast with Cees Links. Expect the full photonics story without the technical details, discover the history, explore the applications, and look forward to the future of supercontinuum lasers.

Reaching for the Holy Grail in laser light sources - What are the benefits and breakthroughs in PIC technology?

How will new supercontinuum generation technology drive disruption in a wide range of markets? In this interview with the CEO and CTO of SuperLight Photonics we discover how their product will impact fields such as spectroscopy, bio-medical imaging, hyperspectrometry and many others.

Hoe zal nieuwe supercontinuüm generatietechnologie disruptie in een breed scala van markten teweegbrengen? In dit interview met de CEO en de CTO van SuperLight Photonics ontdekken we hoe hun product velden als spectroscopie, bio-medical imaging, hyperspectrometrie en vele anderen zal beïnvloeden.

Superlight Photonics has developed a broadband-laser chip that can replace the bulky and power-hungry technology currently used in advanced imaging and metrology equipment.

Cees Links & Haider Zia interviewed at PIC Summit Europe

With the development of patterned alternating dispersion waveguides, supercontinuum sources can be made significantly more compact and efficient in a package that fits in the palm of a hand.

SuperLight Photonics, a pioneer company for supercontinuum lasers and technology, has launched the first revolutionary portable wideband laser, the SLP-1000. Its high-quality smooth wide spectral output offers an unrivalled light source for industrial and medical imaging applications and for the dynamic world of spectroscopy.

SuperLight Photonics, een bedrijf met baanbrekende technologie op het gebied van supercontinuümlasers, heeft de revolutionaire SLP-1000 gelanceerd, een draagbare wijdband laser. Met een hoogwaardig, vlak en wijd spectrum biedt deze laser een ongeëvenaarde lichtbron voor industriële en medische toepassingen en voor de dynamische wereld van de spectroscopie.

SuperLight Photonics is not just introducing a product; we are pioneering an industry transition. Our compact wideband laser is a catalyst for change, encouraging various applications to embrace innovation and unlock the full potential of wideband lasers.

Enschede-based startup Superlight Photonics has developed a broadband-laser chip that can replace the bulky and power-hungry technology currently used in advanced imaging and metrology equipment.

Superlight Photonics has completed a seed investment round led by DeeptechXL and Oost NL.

SuperLight Photonics, spin-off van de Universiteit Twente, ontwikkelt een wijdband laser, die als ‘lichtbron’ in onder meer meet- en detectietoepassingen kan worden gebruikt. Vandaag maakt het bedrijf bekend dat een seed investeringsronde is afgerond.

SuperLight Photonics, a spin-off from the University of Twente, is developing a wideband laser that can serve as a 'light source' in various measurement and detection applications. Today, the company announces the completion of a seed investment round. The round is led by Dutch Deep Tech investor DeepTechXL in collaboration with Oost NL. With this investment, SuperLight Photonics will further develop its platform technology into unique products and (sub)systems.

Cees Links, de uitvinder van de wifi, op Enschede Slush’D, verwoordde de bijeenkomst als volgt: ’Al die jonge mensen hier. Dat geeft zoveel energie!’

Cees Links becomes CEO of photonics startup working on energy-efficient supercontinuum lasers.

Interview by the Optics & Photonics News magazine with one of the most promising entrepreneurs in photonics, Haider Zia, founder and CTO of Netherlands-based Superlight Photonics.

Witlichtlasers op een chip vragen nu duizendmaal minder energie. Dat maakt toepassingen mogelijk in draagbare medische beeldvormingsapparatuur, chemische detectie en Lidar.

Technically complex, costly, and delicate to operate, supercontinuum lasers are a challenge to use. But both the technology and its applications are evolving, fueling future demand for these sources.

Fully integrated supercontinuum sources on-chip are critical to enabling applications such as portable and mechanically stable medical imaging devices, chemical sensing, and light detection and ranging. However, the low efficiency of current supercontinuum generation schemes prevents full on-chip integration. Haider Zia provides answers to overcome this problem.