Avio 500 ICP-OES

PerkinElmer Avio 500 ICP-OES Plasma Emission Spectrometer: A multi-element inorganic analysis device designed specifically for high-throughput detection laboratories, capable of handling complex environmental, chemical, and industrial samples

As an innovator in the field of atomic spectroscopy, PerkinElmer Corporation released the new Avio 500 Inductively Coupled Plasma Optical Emission Spectrometer (ICP-OES) on July 6, 2017. This ICP-OES is a multi-element inorganic analysis device designed specifically for high-throughput detection laboratories, capable of handling various types of samples in various fields.

PerkinElmer Avio 500 ICP-OES plasma emission spectrometer has synchronous background correction function, which can provide higher sample flux and data reliability; Superior matrix tolerance; And the industry's lowest consumption of argon gas. No matter how wide the type and concentration range of the tested elements are, Avio 500 can effectively respond and ensure that users' testing work complies with industry standards. Avio 500 is compatible with multiple application areas, including environment, petrochemicals (especially lubricant service analysis), geology and mining, food, pharmaceuticals, manufacturing (including battery manufacturing), etc.

The following key features enable the performance of the PE inductively coupled plasma emission spectrometer Avio 500: synchronous data acquisition function designed to improve sample flux, the industry's lowest argon gas consumption designed to save usage costs, and an ultra wide linear range designed to shorten sample pretreatment processes. No matter how complex the sample is, these functions can ensure the accuracy of the detection data.

Vertical torch design with quick disassembly and assembly of torch tube seat: brings strong substrate resistance and effectively shortens sample pretreatment time;

Flat plasma ™ Technology: Only half of the argon gas used in similar products can be used to generate a stable plasma torch, no matter how complex the sample substrate is;

Bidirectional observation technology: It can simultaneously observe the plasma in both longitudinal and radial directions, and analyze high and low content elements in one injection;

Full spectrum and full reading technology: synchronous data acquisition of all wavelengths, without the need for repeated injections, can obtain all spectral data;

PlasmaShear air knife ™） Technology: Without the need for argon gas, the substrate interference caused by plasma cold tail flame can be eliminated, and maintenance is not required;

Full color plasma observation (PlasmaCam) ™） Technology: Provide full-color real-time plasma imaging, simplify method development work, and make remote diagnosis possible.

In addition, Avio 500 is equipped with cross platform Syngistix ™ Operating software seamlessly integrates AA, ICP, and ICP-MS operations.