LECO Introduces Innovative Time-of-Flight Technology with Improved Sensitivity and Dynamic Range

A number of new features have been incorporated with the HRT’s powerful high resolution technology for expanded analytical capabilities and improved confidence in the analysis of the most complex samples. Updated, modernized hardware meets or exceeds all global compliancy regulations, while Encoded Frequent Pushing™ (EFP™) provides increases in both sensitivity and dynamic range by factors of ten.

Developed exclusively by LECO, Encoded Frequent Pushing is a novel, patented method of pulsing the Orthogonal Accelerator multiple times per spectrum to dramatically increase Duty Cycle. EFP works in conjunction with the proven Folded Flight Path® mass analyzer, significantly increasing performance and ease-of-use for customers who want to easily discover and quantify what is in their samples.

Instruments Discussed

Pegasus High Resolution two-dimensional gas chromatograph

Pegasus GC-HRT 4D

Pegasus High-Resolution Gas Chromatograph

Pegasus GC-HRT

Explore additional stories

Testing Adhesives for Quality Control of Wood Composites

Testing Adhesives for Quality Control of Wood Composites

Wood composites are generally made from wood fibers and particles that are bound together with thermoplastic resin or other adhesive materials. Products like particle board, fiberboard, plywood, and oriented-strand lumber are all considered wood composites. The...

Oxygen and Nitrogen in Lithium-Based Anodes and Battery Materials

Oxygen and Nitrogen in Lithium-Based Anodes and Battery Materials

Graphite and carbon-based materials form the backbone of most lithium-ion battery anodes. Their purity and composition are paramount, and the amounts of oxygen or nitrogen present can dramatically affect a battery’s capacity, lifespan, and safety. In this piece, we...