[Raman Analyzer]Visum Raman In-Line™, Industrial Raman analyzer for in-line and real-time process control.
RAMAN ANALYZER FOR REAL TIME MONITORING
Visum In-Line Raman Analyzer is an advanced analytical instrument
Delivers rapid, precise quantitative and qualitative data on a broad range of substances and mixtures within seconds.
Specially designed for quantitative analysis in aqueous media
Utilizes an immersion probe adaptable to pipelines, tanks, and bioreactors for seamless integration into industrial processes.
The Visum In-Line Raman Analyzer comprises two primary modules
1. Central module (analyzer and immersion probe)
2. Control module (housing the electrical and safety components, along with a touch screen interface).
Equipped with a powerful 500 mW class 4 laser
1. Provides a stronger, clearer Raman signal than lower-power alternatives
2. Making it particularly effective for monitoring process phases with varying absorptivity.
3. Ensures high-precision quantitative results with reduced acquisition and measurement times.
Operating at 785 nm, the Visum In-Line Raman Analyzer effectively mitigates fluorescence interference common in some industrial applications, enabling reliable and consistent measurements across complex matrices.
TURNKEY SOLUTIONS
Precise analytical tool for real-time process monitoring across various industries, including pharmaceuticals, petrochemicals, food, and biotechnology.
Continuous control of critical process parameters, optimising production efficiency and quality through high-resolution, non-destructive measurements.
Complies with CFR 21 Part 11 regulations for use in GMP environment.
Turnkey solutions, integrates the Visum Raman In-Line™ into bespoke systems tailored to meet specific regulatory and operational requirements, providing full support from design to final implementation.
Main Features
1. Raman analyzer engineered for industrial processes and environments
Designed to meet the demands of continuous, in-line industrial monitoring.
2. Fully integrated Raman analyzer
Self contained system with no need for an external computer, streamlining deployment and operation.
3. Raman shift range: 150 to 3000 cm⁻¹ (794 nm to 1027 nm) for broad spectral analysis.
4. High spectral resolution: 11 cm⁻¹ (0.7 nm) precision, ensuring detailed and accurate measurements.
5. 785 nm laser excitation: Optimised wavelength to minimise fluorescence interference, enhancing data quality.
6. High-power class 4 laser (500 mW)
Maximises Raman signal strength for precise analysis, with built-in safety measures.
7. Minimal warm-up time: Ready within 5 minutes, significantly faster than comparable devices.
8. Extended laser lifetime: 28,000 hours MTTF, ensuring reliable 24/7 operation for over 3 years.
9. Advanced sensor cooling: Maintains -40°C at 25°C ambient for stability in demanding conditions.
10. Versatile connectivity: Supports Ethernet, OPC, Modbus, Profinet, and more for seamless integration.
11. Rugged IP65 - 68 Protection
Raman analyzer is fully protected against dust and water for dependable use in harsh environments.
12. Portable at line version available
Can be mounted on a mobile rack for flexibility across multiple processes or laboratory settings.
Includes configurable and secure sample-holder module for Falcon vials.
Application Sectors
Pharma and Biotech
1. Real-time quantification of APIs and excipients.
2. Quantification of ethanol in complex aqueous matrices.
3. Quantification of CPC (Cetylpyridinium Chloride) in aqueous media.
4. Quantification of Rapamycin in EtOAc (ethyl acetate).
5. Characterisation of reactions.
6. Monitoring of crystallisation processes.
7. Quantifying chemical composition in aqueous media.
Industries
1. Monitoring of gelatinization in the cooking of gummies.
2. Monitoring of chemical parameters in aqueous matrices for the food, beverage and other industries.
Starch granules under the polarized light microscope with the area marked in red for counting.
Left: comparison of the average pre-processed Raman spectrum of the different recipes used.
Right: classification results of the model for five of the recipes. The points above the red dotted line correspond to measurements classified as adequately cooked.
Contact & Ask
IRIS KOREA
IRIS KOREA
iriskorea.quv.kr
TEL : 02 553 0923