AOTF-NIR Spectrometer Resource Center

Learn More About Our AOTF-NIR Spectrometers

Brimrose is dedicated to turn our ideas into reality. As part of the technology transfer from R&D to commercial solutions, we are fully invested to provide your personnel with the information and training necessary to integrate our AOTF-NIR Spectrometer products and solutions to the benefit of your organization.

AOTF is a core component in the Brimrose AOTF-NIR Spectrometer. This demonstrates fast scanning speed (16,000 wavelengths/second), solid state, real-time dual-beam reference, and immune to vibration.

SOLUTION NOTES

Brimrose has helped thousands of customers to integrate our innovative ideas as a solution to some of their most difficult challenges. We are now developing a library to provide a very brief summary of those solutions. Please review our solution notes. If you can't find what you're looking for, please contact us directly.  


VIDEO DEMOS

The following videos demonstrate different advantages and aspects of Brimrose AOTF-NIR Spectrometers.


CATALOG & TECHNICAL SPECIFICATION


WHITE PAPERS / REPRINTED ARTICLES

Brimrose publishes several white papers as the result of our research and development. If you have any questions or would like to learn more about a specific technology, please call us directly at (410) 472-7070.


FREQUENTLY ASKED QUESTIONS

Any Administrator account can unlock any Snap32! account. If all Administrator accounts are locked, then you will need to replace the user.par file. Click this document link for detailed instructions.

Brimrose offers the Unscrambler from CAMO and SOLO from Eigenvector.

The response at certain spectral wavelengths may change as components are created or consumed during a process. By monitoring the response of several wavelengths over time it may be easy to identify when a process has completed.

Process Monitoring allow the operator to display a graph that shows the values of a specific wavelength over time. Up to 20 different wavelengths can be generated, and each is on a separate graph.