MultiSpec - art photonics

Latest News

25 August 2025

Introducing FlexiRay® Square-Core Laser Cables

By Stanislav Perevoschikov

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 […]

4 August 2025

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

By Stanislav Perevoschikov

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 […]

Latest Events

12 September 2025

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

By Stanislav Perevoschikov

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, […]

1 September 2025

APACT 2025 | 23-25 September 2025, Glasgow, UK

By Stanislav Perevoschikov

art photonics is excited to announce our participation in the APACT 2025 conference, taking place from September 23-25 in Glasgow. We will be showcasing how our advanced fiber optic solutions are making robust Process Analytical Technology (PAT) a reality, even in the most extreme industrial environments. A key highlight of the event will be a […]

MultiSpec: Multimodal Spectroscopic Investigation for inline determination of cell viability

The scope of this project is to find strategies for a knowledge based production of biopharmaceuticals. In biotechnological production the implementation of spectroscopic monitoring systems is particularly difficult due to low concentrations of the analytes and the water matrix. Moreover the size, aggregation and morphology of the cells influence the scattering characteristics and therefore the optical path length is continuously altered.

To overcome these problems the cultivation of Chinese Hamster Ovary (CHO) cells is used as a model system. The partners are working on innovative algorithms and probe designs.

The project focuses on the inline determination of cell viability and comprehensive description of the overall cultivation system. The goal is the development of Low Cost – High Performance sensors that are capable of multiplexing in reusable and single-use bioreactor systems.