The NanoLIBS® LIBS analyzer is a state-of-the-art, handheld instrument for laser-induced breakdown spectroscopy used in rapid identification of solid materials based on elemental analysis. The NanoLIBS provides considerable time savings in materials identification and confirmation, improving compliance with raw material testing directives while at the same time increasing productivity.

The NIRS DS2500 Analyzer is the tried and tested, flexible solution for routine analysis of solids, creams, and optionally also liquids along the entire production chain. Its robust design makes the NIRS DS2500 Analyzer resistant to dust, moisture, vibrations, and temperature fluctuations, which means that it is eminently suited for use in harsh production environments.

The NIRS XDS RapidContent Analyzer enables rapid, nondestructive analyses of solid powders, coarser granulates, pellets or flakes. Composition or material identification testing is performed either in the laboratory or at-line, on samples contained in their original packaging, bags or vials.

The NIRS XDS Transmission OptiProbe Analyzer enables efficient determination of the composition of aqueous products, clear liquids, solvents and viscous samples. The instrument is equally suitable for use in technical centers or for at-line applications in the context of scale-ups of production processes. 

The TacticID®–N Plus is a field-ready handheld instrument specifically designed for non-contact forensic analysis of narcotics, pharmaceutical drugs, cutting agents and precursors by law enforcement personnel. Featuring an intuitive workflow and touchscreen, samples can be nondestructively analyzed through opaque and transparent packaging, with sample threat level displayed prominently for first responders, safety personnel, law enforcement, bomb squads, customs and border patrol, and hazmat team to act quickly with minimal sample contact.

The Spectra Analysis DISCOVIR-GC™ enhances compound identification in complex mixtures by providing unique infrared spectral fingerprints. Its solid-phase deposition method ensures accurate, reproducible results, particularly in distinguishing structural isomers. This system is invaluable for analyzing controlled substances and designer drugs.