Case Study:Material Structure Analysis and Rapid Sample Identification 

A materials research institute used HT-Nova’s Raman spectroscopy, gas chromatography and ion mobility spectrometry modules to conduct rapid structural characterization, impurity analysis and performance validation of new materials, significantly accelerating the R&D cycle.

Multi-instrument synergy:
A Raman spectrometer was used for surface structural analysis, a gas chromatograph for component separation and quantification and an IMS module for trace substance detection. This combination allows multi-dimensional evaluation of material samples.

Real-time analysis:
Researchers can analyze samples immediately after preparation without waiting for large laboratory instruments to become available. The instruments quickly generate spectra, component data and quantitative results, sharply reducing analysis time.

Quality validation:
All instrument outputs are centralized in a unified data platform, allowing comparison, verification and cross-analysis. This assists researchers in identifying impurities, reaction byproducts or structural anomalies with higher accuracy.

R&D acceleration:
By integrating multiple analytical technologies, research teams can iterate material formulations and experiment designs more rapidly, greatly improving development efficiency.