The alpha300 apyron is an advanced Raman microscope system that fully automates the control and measurement processes, saving time and enhancing accuracy. With automated measurement capabilities and high-level optimization, the alpha300 apyron delivers Raman images with exceptional sensitivity and resolution, making it an ideal solution for material research and analytical applications.
The Raman Imaging Microscope – alpha300 R is an advanced instrument that integrates optical microscopy with Raman spectroscopy technology, offering exceptional performance in sensitivity, resolution, and speed. This system enables hyperspectral imaging with complete Raman spectral information at every pixel, making it ideal for 3D imaging and depth profiling. Equipped with an optimized optical system and UHTS (Ultra-High Throughput Spectrometer) designed for low-light intensity applications, this microscope provides a non-destructive and highly precise solution for demanding research without compromising the integrity of the sample.
The Raman-SEM microscope is the world’s first fully integrated system combining Raman spectroscopy and Scanning Electron Microscopy (SEM) in a single instrument. With its novel correlative microscopy approach, RISE merges the ultrastructural surface analysis capability of SEM with molecular compound information from confocal Raman imaging. The system enables seamless switching between Raman and SEM measurements, supported by a user-friendly software interface for intuitive control. The RISE microscope not only maintains the full performance of both techniques but also provides precise correlation between the measurement results.
For the user with challenging experimental requirements, the alpha300 RS facilitates confocal Raman imaging in combination with Scanning Near-field Optical Microscopy for optical imaging with resolution beyond the diffraction limit. It combines all features of the alpha300 S and alpha300 R and many AFM operation modes. Furthermore the combined Raman-SNOM microscope is ideally suited for high-resolution Raman imaging techniques such as nearfield-Raman imaging.