Used FEI / THERMO FISCHER Nova NanoLab 200 #9350320 for sale

FEI / THERMO FISCHER Nova NanoLab 200 is a scanning electron microscope (SEM) with unprecedented levels of high definition imaging capability. This electron microscope uses advanced technology to image both organic and inorganic specimens with extraordinary resolution and contrast. FEI Nova NanoLab 200 has a top-of-the-line optical column combined with a large chamber that provides superior stability and a high resolution. The optical column features a high-performance condenser lens, at least three objective lenses that range from high-resolution to ultra-high resolution, and an advanced differential pumping equipment that minimizes voids and artifacts. The column also uses automated variable pressure technology for improved image resolution. The huge chamber also allows for easy specimen manipulation and for larger sample sizes. The imaging capabilities of THERMO FISCHER Nova NanoLab 200 are unparalleled. The improved condenser lens and objective lenses allow for high-definition imaging with exquisite resolution and contrast. Furthermore, the microscope is equipped with state-of-the-art ultra-short electron beam technology that gives the system an unprecedented level of imaging dynamic range, enabling the detection and analysis of even the most subtle features on the specimen. Nova NanoLab 200 also features an integrated mechanical stage that facilitates efficient navigation and accurate positioning of samples for imaging. The microscope has an integrated image manipulation unit which allows for quick and precise modifications of parameters during imaging to maximize image quality. A motion control machine allows automated scanning and specimen movement in order to acquire multiple images in a variety of modes. In addition, a real-time imaging tool allows for accelerated image acquisition while maintaining precise image alignment. FEI / THERMO FISCHER Nova NanoLab 200 is an incredibly powerful and versatile scanning electron microscope, capable of imaging organic and inorganic specimens with unprecedented resolution and contrast and equipped with a range of advanced features to maximize imaging performance. This makes it an excellent choice for research applications that require detailed specimen analysis at the nanometer scale.