Supermini 200: The world's first high-power desktop wavelength dispersive X-ray fluorescence spectrometer

The low detection limit and excellent energy resolution are the hallmarks of wavelength dispersive XRF technology. Although traditional high-power WDXRF provides low detection limit and energy resolution, it requires high consumption and special installation requirements.

Simple operation

In 2001, the first desktop WDXRF was introduced by the University of Science, representing a shift in modern industrial models. It not only has the advantages of a large WDXRF, but also greatly reduces costs and makes installation more convenient. The high-power 200W desktop Supermini system launched maintains all the advantages of desktop computers.

HIGH SENSITIVITY

The 200W light source driver enables Supermini sensitivity to meet the requirements of ultra-low detection limits in metals, cement, environments, and regulatory enforcement.

powerful function

Supermini has strong flexibility and can analyze solids, liquids, and powders from F to U in vacuum or helium filled environments. Standard configuration includes a 12 bit automatic sampler with automatic operation. As a member of the ZSX series of physical desktop wavelength dispersive X-ray fluorescence systems, Supermini is equipped with all software that can be shared with other members. The data processing function is powerful and simple, and qualitative and quantitative analysis can be carried out using the process bar interface of scientific symbols.

characteristic

• High power desktop WDXRF spectrometer
  200W ray tube shortens measurement time and improves sensitivity

• Suitable for ore analysis
  Using WD method to analyze complex matrix samples

• Desktop design for installation
  No need for liquid nitrogen and cooling circulating water

• Responding to WEEE/RoHS&ELV directives
  Can analyze trace heavy elements

• Reduce operational costs
  Low P-10 gas flow rate
  Air-cooled light tube
  CE certification

• Efficient analysis
  12 digit automatic sampler