Description
- Industry-leading flexibility to cover all applications
- Manual or automated with up to 89 sample positions for secure and unattended operation
- Solid-state technology for long-living induction furnace
- Gas-tight clamp connection system ensures easy maintenance
- Intuitive and feature-rich software makes operator‘s life incredibly simple
High temperature elemental analysis of C, S, O, N, and H in inorganic materials
For the first time in history of inorganic elemental analysis it is possible to analyze 5 elements in 1 analyzer. The newly developed and worldwide unique inductar EL cube sets new standards in flexibility and precision with its innovative solutions and state-of-the-art technology. It is equipped with a long-life solid-state high-frequency induction furnace, which makes it possible to reach a sample temperature of up to 3000 °C. Thanks to an optional camera the gas release can be observed in real-time by the operator. Also for the element detection new technologies are used. Carbon, sulfur and oxygen are analyzed with a wide-range IR detector, which are capable to detect the whole concentration range. For the precise determination of hydrogen an innovative detection technology finds usage for the first time. The concentration of the fifth element nitrogen is detected via TCD.
Innovative design and technology solutions for highest precision and versatility
The innovative design with its feeding system from top and intelligent gas flow direction reduces dust and debris. This ensures high tidiness within the whole device, which makes any tedious cleaning operation unnecessary. Together with the tool-free maintenance and intuitive operation, the inductar EL cube is really easy to use. Moreover, the optional 90 position autosampler allows a fully automated operation. Its maximum user convenience and maximum robustness in 24/7 operation make the inductar EL cube a highly efficient workhorse in the lab or quality control. These advantages are even surpassed by its high versatility and precision at the same time.