Tabletop SEM with Cathodoluminescence: Reading the Light Inside Your Minerals

Cathodoluminescence sees what EDS cannot: ppm-level activators, defects, and growth history written in light. What CL reveals — and why it now fits on a benchtop.

Cathodoluminescence sees what EDS cannot: ppm-level activators, defects, and growth history written in light. What CL reveals — and why it now fits on a benchtop.

A 2026 review from IHU Méditerranée Infection documents tabletop SEM identifying bacteria in ~1 hour and reading antibiotic susceptibility in 1–2. What it means for your lab.
How integrated SEM-EDS-Raman analysis accelerates pharmaceutical research: particle contamination identification, polymorphism screening, API characterization, and regulatory compliance — all from a single sample preparation.
How desktop SEM-Raman integration enables safe, non-destructive phase identification of radioactive materials in glovebox environments for nuclear research and waste characterization.
Using electron beam induced current (EBIC) for semiconductor defect detection: p-n junction mapping, solar cell analysis, and IC failure analysis.
How forensic labs use SEM-EDS for gunshot residue analysis: sample collection, automated particle detection, and elemental identification.
Characterize carbon nanotubes and graphene using correlated SEM imaging and Raman spectroscopy for complete structural analysis.
How to use SEM-EDS for lithium-ion battery failure analysis: electrode characterization, dendrite detection, and degradation mechanisms.