How do you ensure rapid and reliable polymer identification in your process? Near-infrared (NIR) spectroscopy is a powerful, non-destructive technology for quality control, recycling, and in-line monitoring. But with various compact spectrometers on the market, choosing the right one for your specific setup is critical. Our new application note offers a direct performance comparison, using […]
In modern chemical and biotechnological industries, the ability to accurately monitor process streams in real-time is crucial for optimizing efficiency, ensuring quality, and maintaining safety. Traditional methods like chromatography, while precise, often involve time-consuming sample extraction and offline analysis, creating delays in process control. A more effective solution lies in bringing the analysis directly to […]
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 […]
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, […]
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.
At art photonics GmbH, we're excited to share our latest Technical Note that delves deep into the fascinating world of Attenuated Total Reflectance (ATR) spectroscopy, offering remote access to your process.
What Are ATR Fiber Probes?
ATR Fiber Probes are specialized devices used for spectroscopic analysis from the UV to mid-IR regions. They enable real-time measurements and online reaction monitoring, making them indispensable for industries such as food, pharmaceuticals, petrochemicals, and Process Analytical Technology (PAT) specialists.
Why Choose Art Photonics ATR Fiber Probes?
Mid-IR Measurements Directly in Your Process: Perform seamless in-line spectroscopy without disrupting your workflow.
Remote Monitoring: Enhance your process control with remote, online measurements.
Easy Integration: Compatible with a variety of spectrometers, including fiber-compatible models and benchtop devices with our fiber couplers.
Robust & Chemical Resistant: Our probes are built to withstand harsh chemical environments, ensuring reliable, long-term use even in the most demanding settings.
Join the many industries optimizing their processes with our cutting-edge ATR Fiber Probes. Let’s push the boundaries of what's possible together!
Are outdated sampling methods delaying decisions and increasing costs in your operations? art photonics outlines five critical indicators that it's time to integrate in-line spectroscopy into your process control strategy.
1. Frequent Batch Failures Without Clear Explanation Traditional lab testing often misses real-time fluctuations that lead to batch failures. Our Solution: FlexiSpec Probes deliver instant chemical analysis inside reactors, enabling early detection of deviations and reducing failure rates.
2. Overburdened QA Teams Due to Offline Sampling Manual sampling wastes time and introduces human error, overwhelming quality assurance teams. Our Solution: FlexiSpec Fiber Probes provide non-invasive, continuous monitoring, eliminating the need for shutdowns and bottlenecks.
3. Inadequate Monitoring in Harsh Environments Conventional probes often fail when exposed to corrosive chemicals or extreme temperatures. Our Solution: Our ATR diamond-tipped probes are built to thrive in acids, withstand temperatures up to 250°C, and operate in high-pressure systems up to 200 Bar.
4. Decision-Making Hampered by Disconnected Data Fragmented and delayed analytics force reactive management, causing you to miss key insights when they are needed most. Our Solution: Integrated, real-time process monitoring unifies your data into actionable intelligence, empowering you to make proactive adjustments and optimize performance.
5. Repair Costs Outpacing Investments in Innovation Frequent probe replacements can drain your budget, leaving fewer resources for advancing your processes. Our Solution: FlexiSpec modular Hastelloy C22 Probes are designed for longevity, even in abrasive environments, helping to significantly reduce maintenance expenses.
The Bottom Line: In-line spectroscopy is not merely a tool—it is a strategic advantage that enhances efficiency, safety, and cost-effectiveness in your industrial processes.
For more information on how art photonics can help transform your process control, please visit our website: artphotonics.com.
We are pleased to announce the release of our latest technical note, “ATR Crystal Choice for Fiber-Based Process Spectroscopy.” This comprehensive guide emphasizes the importance of Attenuated Total Reflectance (ATR) and mid-IR spectroscopy for precise, real-time process monitoring across diverse industries, including chemical processing, biopharmaceuticals, and food production.
The technical note provides an overview of various ATR crystal options, from robust diamond crystals to versatile and cost-effective detachable loops. It explains how to select the right crystal based on spectral range, chemical compatibility, and application needs, ensuring accurate and reliable spectroscopic measurements.
Learn more about optimizing your fiber-based process spectroscopy by accessing the full technical note.
Did you know that in 2024, art photonics GmbH achieved the prestigious 3-A Hygienic Certification for our newly designed NIR Transflection Probe?
This milestone underscores our commitment to delivering cutting-edge spectroscopy solutions that adhere to the highest hygienic design standards.
Regulatory hurdles often complicate the adoption of in-line spectroscopy for food quality control and process analytical technology(PAT). Our innovative design for Transflection Probes, now 3-A certified, addresses these challenges, ensuring strict compliance for hygienic applications in food production. This certification makes the seamless integration of powerful NIR transmission spectroscopy into your processes a reality.
Key Benefits of Remote, In-Line Spectroscopic Control:
Real-time quality monitoring
Enhanced process optimization
Improved food safety
Interested in learning more? Contact us today to explore how our 3-A certified solutions can revolutionize your food production strategies.
As the year comes to a close, we want to take a moment to express our heartfelt gratitude.
Your trust and support have been invaluable to us, and it has been a true pleasure collaborating with you throughout the year. Together, we’ve achieved significant milestones, and we are excited to continue this journey with you in 2025.
From all of us at art photonics, we wish you and your loved ones a joyful holiday season filled with warmth and happiness. Here’s to a bright and successful new year ahead.
Warmest regards, The art photonics Team
As the fourth candle glows, we take this opportunity to celebrate the season of precision—a value we embody with our ATR Fiber Optic Probes.
Connected to FTIR spectrometers, these probes enable real-time process control in bioreactors, in-line monitoring, and beyond. They are a perfect tool for advancing Process Analytical Technology (PAT) and optimizing complex processes.
This Advent, we are proud to light the way to innovation, efficiency, and sustainability—one fiber at a time.
Wishing you a joyful and peaceful holiday season from all of us at art photonics GmbH!
Limited stock is available, so don’t miss this opportunity!
As the second Advent candle burns, we reflect on the harmony between tradition and modern technology. At art photonics, our fiber optic probes deliver precision for process control and PAT—whether in industrial applications or just measuring the alcohol content in a glass of Glühwein.
We wish everyone a joyful Advent season and continued success in all your endeavors.
As the first Advent candle burns bright, we reflect on the connection between light and technology. At art photonics, we are committed to advancing remote process control with our fiber probes, which cover a wide spectral range from 200 nm to 18 μm, tailored to meet the needs of modern laboratories and industries.
Take a closer look on the image, and you’ll find a subtle nod to spectroscopy—merging the season’s warmth with the precision of science.
Wishing everyone a peaceful and productive start to this special time of year!
We are proud to share the joint presentation by our Senior Advisor & Founder, Viacheslav Artyushenko, and Nazanin M. Shafiee, Director of Strategy and Business Development at Avantes, our valued partner under the Nynomic AG.
Their talk at the BioPhotonics Conference, organized by Photonics Media, highlighted cutting-edge advancements in remote spectroscopy for biomedical applications, including:
Robust fiber optic probes for techniques such as transmission, reflection, ATR-absorption, Raman, and fluorescence across UV-Vis, NIR, and MIR ranges.
Innovative combi probes that integrate multiple methods for enhanced media composition analysis.
Real-time, remote monitoring for chemical processes and significant advancements in medical diagnostics.
The presentation also emphasized how spectroscopy is transforming tissue identification, diagnosis, surgical decision-making, and treatment planning by offering precise, non-invasive, and real-time diagnostic capabilities.
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