Near Infrared (NIR) analysis is a spectroscopic technique that utilizes the NIR region of the electromagnetic spectrum or the wavelengths between 700nm and 2500nm. NIR analysis has many applications including food, agricultural, environmental, chemical and pharmaceutical science. Using little to no sample preparation, it is a non-destructive technology.
A near-infrared spectrum is obtained by passing light through a sample and determining the fraction absorbed by the sample. Additionally, info obtained from reflected light can also be used for analysis. Considerations for purchase is the wavelength needed for your specific application.
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| Company | ABB Analytical | ABB Analytical | ABB Analytical | ABB Analytical |
| Item | MB3600 FT-NIR Laboratory Analyzer | MB-Rx in-situ Reaction Monitoring Analyzer | MB3600-CH20 FT-NIR Analyzer | Versatile FT-IR gas analyzer MB3000-CH90 |
| Catalog Number | MB3600 | MB-Rx | MB3600-CH20 | MB3000-CH90 |
| Price | | | | |
| Description | The MB3600 FT-NIR analyzer is specifically designed for QA/QC analysis and method development. With its vertical, space-efficient design, the MB3600 optimizes laboratory workspace and facilitates access to internal components. The MB3600 is a highly effective spectrometer for development and The MB3600 FT-NIR analyzer is specifically designed for QA/QC analysis and method development. With its vertical, space-efficient design, the MB3600 optimizes laboratory workspace and facilitates access to internal components. The MB3600 is a highly effective spectrometer for development and implementation of precise quantitative analysis procedures for: Process monitoring method development, Final product QA and, At line process monitoring
This analyzer can be used to perform analysis of liquids, powders/pellets and gels.... Read More | The MB-Rx is a robust FT-IR analyzer providing real-time insight into reaction monitoring for various processes in chemical and biotechnology applications. It enables R&D and process development teams to look into the progress of chemical reactions as they happen. Chemical reaction in a flow or The MB-Rx is a robust FT-IR analyzer providing real-time insight into reaction monitoring for various processes in chemical and biotechnology applications. It enables R&D and process development teams to look into the progress of chemical reactions as they happen. Chemical reaction in a flow or batch reactor requires a fast and efficient method to measure the consumption of reactants as well as the formation of products and by-products in order to optimize an industrial process in the shortest time possible.... Read More | The MB3600-CH20 FT-NIR Analyzer is more than just a robust field-proven analyzer for Hydroxyl Value that replaces costly and time-consuming wet-chemical titration analyses. It is also a powerful method-development platform for applications designed to replace other slow functional-group analytical The MB3600-CH20 FT-NIR Analyzer is more than just a robust field-proven analyzer for Hydroxyl Value that replaces costly and time-consuming wet-chemical titration analyses. It is also a powerful method-development platform for applications designed to replace other slow functional-group analytical procedures, in both liquids and solid powder products.
Features
Reliable Hydroxyl Value Analysis
ABB has been a world leader for many years in industrial FT-NIR analytical solutions. Our Laboratory FT-NIR analyzers are renowned for their ruggedness and long-term stability. This makes them excellent method development platforms for a host of FT-NIR based methods, replacing tedious and expensive wet-chemical procedures.
Rapid Development of Custom Analytical Methods
The MB3600-CH20 is ready to use for the rapid development of custom analytical methods suitable for a wide variety of sample types, including polyester and polyether polyols, polyethylene or polypropylene glycols and amine derivatives.
Quick and Simple Analysis for Fast Product Release
The MB3600-CH20 Laboratory Analyzer simplifies Hydroxyl Value and similar analyses such as Acid Number, Moisture or EO/PO ratio. Analysis is performed using disposable vials which eliminate sample cell cleaning. The measurement time is only 1 minute after the sample has reached the fixed measurement temperature.
Guaranteed Laboratory-to-Process Calibration Transfer
ABB has developed manufacturing methods which ensure all our laboratory and process FT-NIR analyzers are highly stable, have a highly linear photometric response, and provide identical absorbance spectra. This guarantees calibration transferability from lab to process without any additional calibration efforts or data manipulation.... Read More | The MB3000-CH90 gas analyzer provides fast and accurate FT-IR critical gas measurements down to ppb levels in a user-friendly environment.
This high performance and maintenance-free spectrometer is typically used in R&D or QA/QC laboratories for checking gas purity, controlling gas mixing and The MB3000-CH90 gas analyzer provides fast and accurate FT-IR critical gas measurements down to ppb levels in a user-friendly environment.
This high performance and maintenance-free spectrometer is typically used in R&D or QA/QC laboratories for checking gas purity, controlling gas mixing and composition or performing unknown components speciation.
The MB3000-CH90 provides fast and accurate gas measurements in a user-friendly environment. The Horizon software enables the use of commercial or personalized spectral libraries for unknown gas identification and the heatable gas cell can be tuned for either long or short pathlength applications.
The heated gas cell can be easily swapped and replaced with other sampling accessories, making the MB3000-CH90 a flexible and versatile tool for any laboratory.
ABB‘s tight manufacturing tolerances and specifications for analyzer-to-analyzer matching permit laboratory development of calibrations which are routinely transferred to ABB process instruments.... Read More |
| Applications | Inquire | Inquire | Inquire | R&D and QA/QC applications such as checking gas purity, controlling gas mixing and composition, or performing unknown component specifications. |
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