The Bruker LUMOS II FTIR Microscope is a stand-alone FTIR microscope designed for advanced infrared imaging and analysis. It combines optical microscopy with chemical identification, allowing for detailed component distribution in the microscopic range. Consequently, this fully automated microscope excels in failure analysis, material research, and particle analysis, providing high stability and reliability.
Features of the Bruker LUMOS II FTIR Microscope
Optical Microscopy and Chemical Identification
- Combines optical microscopy with chemical identification for detailed component distribution.
Fully Automated and Compact Design
- Includes the interferometer within the microscope. Hence, eliminating the need for an optical bench and resulting in a compact design.
Ultrafast Chemical Imaging
- Utilizes FPA technology for rapid and detailed chemical imaging.
High Sensitivity
- Features a standard TE-MCT detector, thus providing high sensitivity without the need for liquid nitrogen.
High Spectral and Visual Data Quality
- Ensures precise and reliable results with high spectral and visual data quality.
Novel PermaSure+ Calibration Technology
- Incorporates advanced calibration technology for consistent performance.
Fast Data Collection
- Offers fast data collection with FPA imaging. As a result, covering a huge field of view and visual resolution in the submicrometer range.
User-Friendly Software
- Controlled by OPUS all-in-one spectroscopy software, consequently making data acquisition easy and convenient.
Automated Operation
- Meets the requirements of cGMP/GLP, USP, ChP, JP, Ph. Eur., and FDA 21 CFR p11, with automated OQ/PQ/Pharmacopoeia tests.
With its cutting-edge technology and user-friendly design, the Bruker LUMOS II FTIR Microscope stands out as a top choice for researchers and professionals. Ultimately, it delivers high-quality results, making it a valuable addition to any analytical toolkit.
FTIR microscopy examined a spring in an electric motor housing that showed signs of unusual wear.
Inclusions and smearing affect the surface of the polymer. FTIR revealed the identity of the contaminations.
The LUMOS II leverages all its strengths and delivers great results in microplastic analysis
A microtome tissue section was examined for protein and fat distribution.
