Raman Microscope Imaging Spectrometer with Auto Focus for Material Science

The high-end LATR8300 model supports fully automated operations including auto-focus, auto-scan, one-click execution, batch testing, and uniform scanning, enabling rapid acquisition of highly reliable Raman scan imaging data without prolonged waiting periods;

Equipped with a Raman system-specific objective lens, the LATR8300 produces laser spots that approach the diffraction limit. Focus information is accurately and intuitively displayed on a computer via a 3-megapixel camera, eliminating the issue common in standard Raman systems where the collected signal’s focal plane deviates from the true optimal plane, thus enhancing Raman spectrum quality.

Featuring no moving parts for optical path switching, all optical components of the LATR8300 are assembled in a solid-state configuration, ensuring exceptional operational stability. This design eliminates camera imaging light path loss and enables complete separation of camera imaging and Raman signal acquisition, delivering optimal signal intensity.

Additionally, the LATR8300 integrates a high-performance Raman spectrometer optimized specifically for Raman microscopy systems. Boasting industry-leading sensitivity, signal-to-noise ratio, and stability, it provides robust support for advanced Raman research initiatives.

Applications:

Nanoparticles and Advanced Materials

Research Institute Studies

Life Sciences

Forensic Analysis

Materials Science

Medical Immunoassays

Agricultural and Food Authentication

Water Contamination Analysis

Spectrum showing

Raman Resolution

Reliability