Used AMRAY 2030 #9220139 for sale

AMRAY 2030
ID: 9220139
Scanning electron microscope (SEM).
AMRAY 2030 is a scanning electron microscope (SEM) intended for high-resolution imaging and analysis of materials in research and industrial applications. It features a wide range of imaging and characterization capabilities to help analyze samples from a variety of dimensions. The system is equipped with a Field Emission Gun, which enables sample images to be taken in a range of magnifications up to ×400,000 without the need for additional vacuum equipment. This feature is driven by a two-stage Gridded Beam Accelerator, which produces greater magnification range, stability, and accuracy than conventional SEMs. 2030 offers a range of analytical modes, including EDS, EBSD, WDX and CL, allowing for quick material characterization of samples. In addition, it has a unique feature called Selective Automated X-ray Mapping (StAX), which minimizes X-ray mapping time in order to create higher resolution images and datasets. The SEM can be combined with a built-in Energy Dispersive Spectrometer (EDS) for complete elemental composition determination. This system can be used for elemental mapping and analysis of a variety of samples, including metals, ceramics, and organics. AMRAY 2030 is designed with a large specimen platform, allowing a wide range of sample sizes to be tested. It has a sample diameter of 150 to 300mm and a working distance of 12.7mm, making it suitable for imaging larger samples. For imaging and analysis of materials in challenging environments, 2030 incorporates on-board air cooling and shock protection to protect samples from heat losses and damage caused by high level vibrations. It also has a low-noise air pump to minimize noise levels and guarantee smooth running. Dedicated hardware and software allows AMRAY 2030 to be operated remotely, providing the user with increased access and flexibility. The system is also designed to export data into a UTF file for further analysis, making it easier to integrate into existing laboratory and industrial systems. In summary, 2030 is a high-performing SEM with excellent imaging precision and versatility in a wide range of sample applications. It provides high-resolution images and quantitative elemental composition determination, making it an ideal tool for a range of research and industrial applications.
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