Used TEL / TOKYO ELECTRON nFusion 700 #9298691 for sale

TEL (TOKYO ELECTRON) TEL / TOKYO ELECTRON nFusion 700 is an innovative semi-automated particle counter that enables particle count sampling over a wide range of sizes. Due to its efficient, reliable design and advanced digital signal processing, it is widely used for applications such as polluted water monitoring, materials analysis, and the examination of molecular structures. TEL nFusion 700 offers a wide range of sample modes, allowing users to monitor particle sizes from 1μm to 6μm in the three channels; 1μm, 3μm, and 6μm. It also supports the ACP (Advanced Correlation of Particles) mode, which can be used to accurately count particles in the range of 0.6μm to 6μm. TOKYO ELECTRON nFusion 700 is equipped with a robust color LCD touch panel which facilitates intuitive operation. It features a powerful CPU, a large memory capacity, and an intuitive GUI allowing users to quickly and easily configure and manage settings up to 99 times. Furthermore, it is equipped with an environmental sensor which automatically detects the ambient conditions and makes it easier to acquire high-accuracy data. The particle Count Amplification Equipment (CAS) of nFusion 700 is a patented volumetric flow centrifuge system that rapidly collects fine particles from a sample. It relies on a multi-stage ball drive mechanism to efficiently separate particles and properly count even particles up to extraordinary sizes. TEL / TOKYO ELECTRON nFusion 700 also supports the deposition of particles on a transparent filter membrane to optimize particle counting in remote areas. It has a long-lasting filter unit which can support multiple sampling cycles, thereby significantly reducing the amount of disposable filter membranes required. In short, TEL nFusion 700 is an advanced and reliable particle counter designed to provide efficiency, accuracy, and flexibility for a wide range of particle size analysis applications. With its comprehensive interface, intuitive operation, and efficient machine design, it is an ideal tool for obtaining accurate particle count data.