Organic residual solvents used in the manufacture of pharmaceuticals and found in the inks used for the printing of packaging materials for food and drug products are known to be hazardous to human health if ingested. The Labnics Residual Solvent Analyzer can accurately and efficiently detect and quantify residual solvents.

The Pyrolysis-GC system is a state of the art system for obtaining information on the ingredients found in various non-volatile and low-soluble polymers such as nylon, wax, paint, film, wood and plastic products. The targeted material or sample is heated to be fragmented into its individual constituents, which are then separated and identified by the GC System.

The VOC Analyzer accurately tests the presence of VOCs and measures their concentration. The system contains all necessary reagents and equipment for conducting the analyses including detailed procedures and protocols for conducting the tests.

The amount of alcohol in the bloodstream is referred to as the Blood Alcohol Level (BAL). It is recorded in milligrams of alcohol per 100 milliliters of blood, or milligrams percent. The Labnics Blood Alcohol Level Analyzer using Headspace and GC system is a state of the art system for obtaining the concentration of alcohol in driver’s blood or a suspect’s blood related to a drinking crime. When someone dies unnaturally caused by alcohol such as methyl alcohol, an inspector identifies alcohols and quantifies the level of methyl alcohol or other side products extracted from blood or urine.

SHA available in GC is useful to analyze drinking water, waste water, soil industrial waste, etc. It eliminates tubing, dead volume and sample absorption. The injection tower transports vials to the 6 position incubator for orbital agitation at the programmed temperature. The heated syringe then samples the headspace and injects directly into the GC.

LDLA easily changes from Headspace to Liquid Autosampling. It utilizes a heated syringe to transfer the samples from the 6 position oven directly into the injector.

Pyrolysis coupled with GC analyze the samples which were previously unsuitable for analysis without extractions or derivatizations. By using pyrolysis, samples such as paint, adhesives, tapes, caulk, food packaging, rubber, plastic, papers, ink, coating.

When you analyze samples of O₂, N₂, etc with low concentration of a few ppm, the purge housing is very useful for this analysis.