Used LECO Pegasus 4D #9255729 for sale

LECO Pegasus 4D is an advanced spectrometer designed to enable high-performance elemental analysis of both liquid and solid samples. By combining time-of-flight mass spectrometry (ToF-MS) and laser ablation (LA) technologies, the equipment offers a comprehensive range of elemental analysis capabilities. The instrument includes two digital detectors. One is designed for ultra-fast acquisition speed and enables single-run, full-spectrum analysis for both liquids and solids. This ensures that complex, data-rich spectra can be acquired in a single spectrum acquisition cycle. The other detector is equipped with a graphite furnace to perform multi-element trace analysis capabilities. Pegasus 4D also offers a comprehensive range of elemental analysis modes including single-shot, preprogrammed, anneal, and pulse mode. Single-shot mode allows for simultaneous measurement of low and high concentration elements and several elements in each sample. Preprogrammed mode allows users to define what parameters to measure, and in which order, and anneal mode can be used to improve the clarity of spectra for more volatile elements. Pulse mode allows for species-specific analysis. The Time-of-Flight Mass Spectrometry (ToF-MS) technology used by LECO Pegasus 4D enables it to analyze samples of up to 500g with no need for a sample introduction system. The unit can detect elements in both liquid and solid state by vaporizing or atomizing the sample directly. The laser ablation capabilities of the machine mean complex samples can be measured without any pretreatment. This capability allows users to analyze highly-complex samples with ease. It also offers additional flexibility as users can control pulse frequency and width, mode of surface acquisition, energy transfer, and laser repetition rate. Pegasus 4D is the only spectrometer of its kind that provides combined ToF-MS and laser ablation capabilities for high-performance elemental analysis. Its powerful analysis capabilities, combined with its fast and accurate monitoring, make it ideal for a wide range of applications; from food and drug safety, to aerospace research, material science and environmental monitoring.