Eine zuverlässige Identifizierung und Klassifizierung von Polymerrohstoffen ist für die Qualitätskontrolle und eine effiziente Verarbeitung unerlässlich.
Wussten Sie, dass die Nahinfrarot-Spektroskopie (NIR) in Kombination mit modernen faseroptischen Sonden eine leistungsstarke Lösung bietet? Diese Technik ermöglicht eine schnelle, zerstörungsfreie Analyse außerhalb des Labors und macht es möglich, Messungen direkt vor Ort oder online durchzuführen.
Die faseroptischen Diffusreflexionssonden von art photonics sind für die Fernspektroskopie konzipiert und erfassen die für diese anspruchsvollen Anwendungen erforderlichen Daten. Die Daten werden dann mit Hilfe der Hauptkomponentenanalyse (PCA) verarbeitet, die die Klassifizierung verschiedener Polymerrohstoffe ermöglicht, selbst wenn sich ihre Spektren überschneiden.
Unser neuester Anwendungsbericht demonstriert die erfolgreiche Klassifizierung von Schlüsselpolymeren wie:
- Polyethylenterephthalat (PET)
- Acrylnitril-Butadien-Styrol (ABS)
- Polypropylen (PP)
- Polycarbonat (PC)
- Lineares Polyethylen niedriger Dichte (LLDPE)
Diese Fähigkeit macht die Nahinfrarotspektroskopie mit Fasersonden zu einem optimalen Werkzeug für die Entwicklung robuster prozessanalytischer Technologien (PAT) und automatisierter Prozesskontrollsysteme in der Kunststoffindustrie.
Wenn Sie mehr über die Methodik und die Ergebnisse erfahren möchten, lesen Sie bitte unsere neue Application Note.
Reliable identification and classification of raw polymer materials are essential for quality control and efficient processing.
Did you know that near-infrared (NIR) spectroscopy combined with advanced fiber-optic probes offers a powerful solution? This technique allows for rapid, non-destructive analysis outside the lab, making it possible to perform measurements right in the field or directly online.
art photonics' Diffuse Reflectance Fiber Optic Probes are designed for remote spectroscopy, collecting data needed for these demanding applications. The data is then processed using Principal Component Analysis (PCA), which enables the classification of various polymer raw materials, even when their spectra overlap.
Our latest application note demonstrates the successful classification of key polymers such as:
• Polyethylene terephthalate (PET)
• Acrylonitrile butadiene styrene (ABS)
• Polypropylene (PP)
• Polycarbonate (PC)
• Linear low-density polyethylene (LLDPE)
This capability makes near-infrared spectroscopy with fiber probes an optimal tool for developing robust Process Analytical Technology (PAT) and automated process control systems in the plastics industry.
To learn more about the methodology and results, please explore our new Application Note.
art photonics is excited to announce the expanded sale of our silica fiber cables for UV–VIS–NIR applications. Following the success of our IR fiber cable promotion and valuable customer feedback, we are now pleased to offer special pricing on silica fiber optics covering a broad range from 200 to 2400 nm.
Our current stock includes:
• UV–VIS silica cables (180–1200 nm)
• VIS–NIR silica cables (400–2400 nm)
Our silica fiber cables are designed to deliver outstanding transmission across 200–2400 nm and feature a robust design created specifically for demanding spectroscopy, process monitoring, and various photonics and analytical setups.
Browse our complete inventory here by the link.
Learn more about our silica fiber cables here.
With limited stocks available, secure your cables today and enhance your UV–VIS–NIR measurement capabilities.
art photonics invites you to our exclusive webinar on ATR Optical Fiber Probes: Principles and Applications. This session is designed for scientists, process engineers, and spectroscopy enthusiasts looking to master IR spectroscopy for remote sensing in challenging environments.
We are offering two sessions to suit your schedule:
During this webinar, you will:
- Discover Core Principles: Learn the optical science behind art photonics’ ATR Fiber Probes.
- Experience Seamless Integration: Understand how to pair our probes with benchtop FTIR spectrometers for accurate measurements.
- See Real-World Impact: Explore applications in extreme conditions, including high temperatures, pressure, and varying pH levels.
- Review Case Studies: Gain insights from success stories in real-time process monitoring and analysis.
This event is perfect if you are tackling complex spectroscopic challenges, need guidance in choosing the right ATR probe for your projects, or seek actionable knowledge from industry experts.
Join us for expert-led insights, live Q&A opportunities, and flexible session times. We look forward to helping you elevate your spectroscopy skills!
art photonics is excited to announce an update to our fiber coupler for CO- and CO₂-lasers. We have enhanced our robust and precise design with 0.2µm positioning precision, making the alignment and centering of the lens to the laser beam simpler than ever.
Key features include:
- Ultra-low coupling losses (<0.1dB)
- Clear aperture: 10mm
- Maximum laser beam diameter: 8mm
- SMA 905 fiber optic interface
- AR-coated ZnSe lens for 98% transmission at 5-6µm and 10.6µm
- Adaptability to custom laser heads
This new coupler is ideal for high-precision laser applications, ensuring maximum power delivery with an effortless setup.
For more information, please visit our webpage for the full specifications and datasheet.
Upgrade your CO₂/CO laser systems with art photonics' cutting-edge fiber solutions.
We are announcing a stock sale on our high-quality IR fiber cables, now available at discounted prices.
Our current offerings include:
• Polycrystalline Infrared (PIR) Fiber Cables (3–17 µm)
Ideal for applications that require stable infrared transmission over a broad range.
• Hollow Glass Waveguide (HGW) Fiber Cables (3–17 µm)
Designed for precise light guidance, these cables deliver robust performance without Fresnel losses.
• Chalcogenide (CIR) Fiber Cables (1.5–6 µm)
Perfect for projects needing specialized optical properties, these cables ensure efficient signal delivery at targeted wavelengths.
Each product is engineered for reliable infrared performance, with careful attention given to material quality and optical precision. Our stock is ready to ship quickly, helping you meet your project timelines.
For a full list of discounted products and more details, please visit our webpage for IR Fiber Cables.
Full list of stock products is available here.
Fast delivery is guaranteed!
On International Women’s Day, art photonics GmbH is proud to celebrate the brilliant women driving the photonics industry forward. These accomplished scientists, engineers, and leaders transform light into groundbreaking solutions that advance technology and improve lives.
Did you know?
- Globally, women make up only 28% of the STEM workforce, according to UNESCO.
- In the photonics industry, women hold approximately 25% of technical roles, based on the SPIE 2021 Report - a figure we are committed to increasing.
- Women-led teams are at the forefront of innovations such as ultra-precise laser systems and bioimaging tools that are revolutionizing healthcare.
At art photonics GmbH, we work alongside visionary women who are making significant contributions to fiber optics, sensor technology, and beyond. Their expertise is not only shaping our company but also redefining the boundaries of what is possible in photonics.
We invite you to reflect on the inspiring leaders in this field. Who inspires you in photonics? Is it a colleague breaking new ground in laser research, a mentor developing innovative photonic materials, or someone exploring emerging fields like quantum optics or photonic artificial intelligence? We encourage you to share your thoughts and amplify their stories.
By highlighting the achievements of women in photonics, we reaffirm our commitment to progress and innovation in this rapidly evolving industry. Join us in celebrating these pioneers and supporting the next generation of leaders in photonics.
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
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!
For more information, contact us or visit our website at artphotonics.com.
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.
