Benchtop OES Spectrometer | Fast & Accurate Metal Analysis

DESCRIPTION / TECHNICAL SPECIFICATIONS

Introducing a breakthrough in elemental metal analysis, a benchtop Optical Emission Spectrometer (OES) that combines exceptional analytical power with space efficiency. This instrument is the reliable solution for foundries, metal fabrication industries, quality control laboratories, and recycling facilities that require fast and accurate chemical composition identification. With an average testing time of just 25 seconds, you can dramatically accelerate your material verification process, ensuring every product meets the most stringent specifications.

At the core of this instrument's superior performance is its full vacuum optical system featuring a Paschen Runge construction. This advanced design guarantees long term stability and superior detection sensitivity across a wide wavelength coverage from 130 to 800 nm. Equipped with a high performance CCD Array detector, the spectrometer is capable of capturing and analyzing the emission spectra of a vast range of elements in different substrate matrices, including Iron (Fe), Aluminum (Al), Copper (Cu), Nickel (Ni), Titanium (Ti), and many more.

Innovative technology is the backbone of every accurate measurement. Featuring High Energy Pre-combustion Technology (HEPS) and a new digital adjustable light source, this instrument ensures optimal and stable sample excitation. This results in highly repeatable and precise data for the analysis of complex metal alloys. The durable Tungsten material injection electrode also ensures consistent, reliable performance over a long period with minimal maintenance requirements, making it a smart and efficient investment.

Engineered for ease of use and operational reliability, this spectrometer operates with high purity argon gas to create the ideal spark environment. Its compact, benchtop design does not compromise on power, delivering the analytical capabilities of larger floor standing instruments with a much smaller footprint. It is the essential workhorse for positive material identification (PMI), alloy grading, and metallurgical research, giving you complete confidence in your material quality every single time.