Used TEL / TOKYO ELECTRON nFusion 700 MP #9389745 for sale

TEL / TOKYO ELECTRON nFusion 700 MP is a state-of-the-art particle counter designed to measure the size, shape, and composition of particles that exist in a variety of mediums. It is an automated instrument capable of rapidly counting and characterizing a wide range of particle sizes within the range 0.1 µm - 7 µm. TEL nFusion 700 MP is a dual-chamber instrument conveniently mounted in an aerosol resistant swing cabinet. The primary chamber is equipped with a high-resolution condensation particle counter to detect particles over a wide size range as small as 0.3 µm from analysis of their electrical mobility. The second chamber is equipped with an aerosol particle sizer (APS) to measure the size and shape distribution of particles ranging in size from 0.1 μm to 7 μm. TOKYO ELECTRON nFusion 700 MP is equipped with a number of automated features and performance enhancing options such as auto calibration and increased system accuracy. Additionally, the MP airborne particle counter offers data storage, logging, and reporting capabilities. NFusion 700 MP utilizes a sophisticated algorithm for rapid detection and classification of particles, and also offers the capability to analyze manually for capturing any particles that may not be detected by the system. Data acquired is processed by dedicated software and can be evaluated for correlation with other tests such as environmental conditions, dust storms, etc. TEL / TOKYO ELECTRON nFusion 700 MP has UL compliance for safety, and is CE marked indicating it adheres to the requirements specified by applicable European safety, health and environmental regulations. Its robust design makes it uniquely suitable for handling challenging applications that require precise particle size measurements. Overall, TEL nFusion 700 MP is an excellent tool for research and development organizations, quality control laboratories, and process industries, allowing them to accurately measure and characterize particles in a variety of mediums.