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Latest News
25 August 2025
Introducing FlexiRay® Square-Core Laser Cables

art photonics GmbH is proud to announce a significant addition to our portfolio: the new FlexiRay® Square-Core Silica Laser Cable, engineered to enhance the performance and efficiency of diode laser light transmission. While traditional round-core fibers have long been the industry standard, an increasing number of advanced applications demand a more specialized solution for beam […]

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4 August 2025
Dr. Eng. Krzysztof Inglot Joins art photonics GmbH as New Sales Lead

We’re happy to introduce the newest member of the art photonics family: Dr. Eng. Krzysztof Inglot, who joins us as our new Sales Lead! When we bring a new leader onto our team, we look for a special kind of drive. As an Ironman triathlete, Krzysztof knows all about endurance, strategy, and pushing past limits […]

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Latest Events
17 September 2025
Free Webinar: A Practical Guide to Selecting the Right Fiber Optic Probe

In the world of spectroscopy, the fiber optic probe is the critical link between the analyzer and the sample. The success of an entire analysis—impacting data quality, accuracy, and reproducibility—often hinges on selecting the appropriate probe for the specific application. With a vast array of sample types, environments, and analytical goals, making the right choice […]

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12 September 2025
ILMAC 2025 | 16-18 September 2025 | Basel, Switzerland

The art photonics team is happy to announce that we will be attending ILMAC 2025, the leading Swiss trade fair for process and laboratory technology. We invite you to join us in Basel, Switzerland, from September 16-18, 2025, for what promises to be an exciting event for the future of industrial manufacturing. Meet Our CEO, […]

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About Our Company
art photonics GmbH, founded in Berlin in September 1998, is one of the worldwide leaders in development and production of specialty fiber products for a broad spectrum from 300 nm to 16 µm. Unique technologies of Polycrystalline Mid InfraRed (PIR-) fibers and Metal coated Silica fibers are used for assembly of various spectroscopy probes for medical diagnostics and industrial process control, in volume production of fiber for medical and industrial lasers, for different fiber bundles, etc. Since January 2024 art photonics GmbH is a member of NYNOMIC GROUP.
Member Of:

Revolutionize Cancer Diagnosis with Quantum Entangled Photons

Posted on: 
16 March 2023

art photonics is proud to be a part of the Quantum-Enhanced Early Diagnostics (QEED) project, which aims to revolutionize cancer diagnosis and treatment by developing a novel imaging technique based on quantum entangled photon pairs. This technology, known as QEED microscopy, will enable label-free examination of tissue samples in just two minutes, significantly reducing measurement time and allowing for high sample throughput.

Collaborating with three research institutes, two clinical institutes, and five industrial partners, the QEED project is a groundbreaking effort to transfer measurement information from mid-infrared (MIR) to near-infrared (NIR), allowing for faster and more reliable diagnoses, reducing false-negative and false-positive results, and decreasing psychological distress associated with screening.

We are honored to contribute to this innovative project and look forward to the impact it will have on the field of biomedical research and clinical pathology. Found out more about the project on our LinkedIn post.

The QEED Project is funded by Bundesministerium für Bildung und Forschung in the context of the funding program “quantum technologies - from basic research to market”.

Image legend:
Comparison of tissue analysis: Colorectal cancer tissue sample using hematoxylin and eosin staining as
gold standard (A), MIR (QCL)‐ (B) and FTIR‐based imaging system (C). The times shown indicate the
duration of the measurements. Red, pathological regions and infiltrating inflammatory cells; white,
muscle; green, connective tissue; cyan, crypts; and blue, lumen. The comparison shows that the MIR
imaging results are in good agreement with those obtained by FTIR imaging.

Copyright: Klaus Gerwert et.al. SCIENTIFIC REPORTS | (2018) 8:7717 | DOI:10.1038/s41598‐018‐26098‐w

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