Introducing Lyza 3000: The affordable spectroscopy solution without compromise

Anton Paar is expanding its FTIR spectroscopy portfolio with the release of Lyza 3000, designed to provide straightforward material identification and verification for quality control workflows. Sharing the same premium optical components as the distinguished Lyza 7000 benchtop FTIR spectrometer, Lyza 3000 offers the same exceptional analytical performance with a cost-efficient design tailored to meet the needs of budget-conscious laboratories.

This robust instrument stands out with its meticulous construction and dependable components. Designed to deliver reproducible results, Lyza 3000 is built with the same proven optical components as Lyza 7000, ensuring consistent performance and long-term reliability in demanding quality control environments. These premium components, like the cube corner interferometer and DLaTGS detector, uphold the high standards of the Lyza series.

The modular cell concept allows Lyza 3000 to accommodate a broad variety of measurement cells for solids, liquids, or gases. This versatility makes it suitable for diverse industries, supporting laboratories that require adaptable solutions to meet changing analytical needs.

Lyza 3000 integrates seamlessly with Anton Paar’s Spectroscopy Suite, a straightforward software platform that streamlines workflows with automated methods. It also ensures full compliance with regulatory requirements, making the instrument well-suited for laboratories operating under strict quality standards.

By removing the built-in display and embedded software, Anton Paar has created a streamlined instrument that operates exclusively via the Anton Paar Spectroscopy Suite on a desktop computer. This approach allows users to work with a larger screen, keyboard, and mouse, creating a practical and efficient PC-based workflow.

Lyza 3000 represents Anton Paar’s commitment to making high-quality FTIR spectroscopy more accessible. It delivers the proven performance of the Lyza series to laboratories seeking value-driven solutions without compromising on analytical precision or reliability.

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