Used THERMO ELECTRON MicronX GXRC #9169044 for sale

THERMO ELECTRON MicronX GXRC is a state-of-the-art spectrometer designed for a variety of analytical applications in laboratories and other environments. The device was developed to meet a need for a versatile instrument that can be used to identify and quantify molecules in solutions and solid-state materials. It is ideal for identifying trace elements in chemistries, environmental samples, and other material domains. MicronX GXRC achieves superior precision and accuracy for spectroscopic measurements by using both Glow Discharge Optical Emission Spectroscopy (GDOES) and Inductively Coupled Plasma-Optical Emission Spectroscopy (ICP-OES). This dual-source approach takes advantage of both direct plasma excitation techniques and allows for the spectral display of light over a wide range of wavelengths. The device is further equipped with a number of options to aid in sample preparation, analysis and data output for maximum flexibility. The Nitrogen Glovebox integrated into the system allows for controlled environment during sample preparation as well as for convenience in sample transfer. The device is also configured to use both long optical pathlength and large sample volume sample cells, depending on the requirements of the sample. Additionally, the instrument's software package can store up to 500 methods and also offer retroactive adjustments of the experimental parameters for improved trace element analysis. THERMO ELECTRON MicronX GXRC is equipped with two integrated computers that allow for faster data acquisition, enhanced data storage and faster results. It also features a 30 position auto-sampler, allowing rapid enzyme sequencing, and batch analysis. All this and more is packed into a rugged, mountable, all-in-one frame that provides the highest level of versatility and portability. MicronX GXRC will provide reliable, accurate and precise elemental analysis with minimal setup time, and can be used for a wide variety of research, analytical and industrial purposes. It is ideal for applications in a broad range of disciplines such as in petrochemistry, healthcare, food and beverage, forensics, semiconductor and failure analysis, among others.