Are you facing challenges in obtaining reliable chemical information during process monitoring? Our latest multi-modal fiber optic probe delivers data from ATR, Transflection, and Raman spectroscopy at the same measurement point**, giving you a fuller picture in real time.

During CSI XLIV in Ulm, art photonics will present this technology in detail. Dr. Viacheslav Artyushenko, Founder and Senior Adviser of art photonics, will explain how the probe’s three-in-one design improves in-line process control and supports advanced biomedical diagnostics.

Key information about the presentation:

• Talk: “Multispectral fiber solutions for process control in-line and biomedical diagnostics”
• Date: 30 July 2025
• Time: 12:30 – 12:45 PM
• Venue: CSI XLIV, Ulm, Germany

Join us to discuss the next steps in practical spectroscopy and see how this compact probe can simplify your analytical workflows. We look forward to meeting you in Ulm.

art photonics is pleased to announce that our Founder & Senior Adviser, Viacheslav Artyushenko, will participate in the COMPAMED Innovation Forum 2025 on June 5, 2025, from 14:30 to 17:00 CEST. At this leading online event organized by Messe Düsseldorf in cooperation with IVAM Microtechnology Network, Viacheslav will present art photonics’ most recent advances in non-invasive, real-time cancer diagnostics using spectroscopic techniques.

Drawing on expertise in fiber-optic spectroscopy, remote sensing spectroscopy, he will demonstrate how these cutting-edge methods enable early detection of malignant tissues and support medicine initiatives. The talk will cover the principles of light–tissue interaction, the design of miniaturized photonic probes for in vivo and at-a-distance applications, and the latest results in preventing cancer progression through rapid, label-free molecular analysis.

Join leading experts from Ebnet Medical, Surfix, Fraunhofer IOF and other institutions to explore how photonics is reshaping the future of cancer screening and treatment. Registration is free and open to healthcare professionals, researchers and anyone interested in medical technology innovations.

For the full program and to register, please visit this webpage.

Happy International Day of Light! Today, art photonics is proud to shine a light on the incredible versatility of illumination and the advanced technologies that harness its power. We continue to drive progress across various fields with our comprehensive range of specialty optical fibers.

Our innovative solutions span an exceptionally wide spectral range - from the deep UV (180 nm) to the Mid-Infrared (18 µm) - making them ideally suited for a multitude of applications including spectroscopy, process control, and photonics.

Explore our world of optical fibers:

• Silica Fibers (UV-VIS-NIR): Our standard and metal-coated silica fibers serve as robust workhorses for numerous applications, covering a spectrum from 180 nm to 2400 nm.

• Chalcogenide (As-S) IR Fibers: Perfect for Mid-Infrared applications, these fibers transmit light from 1100 nm to 6500 nm.

• Polycrystalline Infrared (PIR) Fibers: Designed for enhanced infrared performance, these fibers operate effectively from 3000 nm to 17 µm.

• Hollow Glass Waveguides: Offering a unique solution for applications requiring guidance up to 18 µm, these waveguides start from 2000 nm.

At art photonics, we are committed to providing researchers, engineers, and innovators with the tools needed to explore and utilize the full spectrum of light. To learn more about our fiber optic solutions, visit our website.

art photonics is proud to introduce our FlexiRay® PIR-Fiber Cables for delivering high-power CO and CO₂ laser delivery with enhanced flexibility, reliability, and efficiency.

Our cables offer ultra-flexible delivery, allowing you to bend down to a 50–100 mm radius without compromising beam quality. They ensure **stable power transmission** by maintaining over 75% throughput even under tight bends, which is a significant improvement over traditional hollow waveguides.

Additionally, the cables include a SMART anti-reflection end treatment. This special micro-AR coating on the fiber ends effectively reduces Fresnel losses and boosts your output power by up to 12%. With a high power capability that supports continuous-wave laser power from 20 W (400 µm core) up to 40 W (900 µm core), our PIR-Fiber Cables are designed to meet the demanding requirements of various applications.

Whether you are involved in industrial processing, medical diagnostics, or scientific research, these cables allow you to route mid-infrared laser radiation exactly where needed - eliminating the need for bulky fixtures and constant realignment.

Discover more details about this innovative solution on our website.

We at art photonics are excited to introduce our Reflection Fiber Probes featuring an integrated gas purging mechanism. For reliable spectroscopic process control in powder applications, keeping a clean optical interface is essential. Traditional probes can suffer from window fouling, which compromises data integrity.

Our solution allows for periodic or continuous clearing of the measurement window using pressurized gas, ensuring uninterrupted, accurate spectral data for real-time monitoring. This breakthrough addresses a common challenge in maintaining consistent performance in demanding environments.

Beyond this innovative offering, art photonics continues to support customized fiber optic probe development. Whether your project requires specific materials, precise dimensions, or unique functionalities, we work closely with R&D and engineering teams to build solutions that meet your individual process challenges.

If you are in need a custom probe solution, we invite you to explore the possibilities with us. Please contact us to learn more about how our technology can help optimize your process.

We are excited to unveil the latest innovation from our FlexiSpec® family—the NIRaman Fiber Probe. This advanced fiber probe seamlessly integrates Near-Infrared (NIR) and Raman spectroscopy into a single device, providing a comprehensive understanding of your samples in real-time.

Dual Spectroscopy Capabilities

Harness the power of both NIR and Raman techniques simultaneously without the need to switch probes. Our NIRaman Probe delivers simultaneous data acquisition, enhancing the efficiency and accuracy of your spectral analysis.

Highly Versatile Applications

Whether you're working with solids, powders, or liquids, the NIRaman Probe is designed to meet your needs across various industries, including:

• Pharmaceuticals
• Food Processing
• Material Science

This versatility ensures that you can perform precise measurements directly where they are needed, streamlining your workflow and improving productivity.

Enhanced Insights

Gain a deeper understanding of the chemical composition and physical properties of your materials. The NIRaman Probe provides real-time data that helps you optimize quality control and enhance your production processes, leading to better product outcomes and increased operational efficiency.

Innovative Hybrid Modeling

By combining NIR and Raman data, the NIRaman Probe opens up new possibilities for accurate analysis and groundbreaking discoveries. This hybrid approach enables more detailed and reliable interpretation of your samples, facilitating advanced research and development.

User-Friendly Design

Designed to integrate seamlessly into your existing workflows, the NIRaman Probe is both user-friendly and precise. Its intuitive interface and robust performance ensure that you can achieve high-quality results without compromising on ease of use.

A Collaborative Achievement

This cutting-edge probe was developed in collaboration with Measure Analyse Control, led by Tomas Vermeire, and is proudly patented! Our teamwork has resulted in a state-of-the-art tool that sets new standards in spectroscopic analysis.

Ready to Transform Your Spectroscopy?

Elevate your analytical capabilities with the NIRaman Fiber Probe. Discover how this innovative tool can enhance your research and production processes.

Discover the NIRaman Probe