Used PHILIPS / FEI Quanta 200 #293603870 for sale

PHILIPS / FEI Quanta 200 is an advanced scanning electron microscope (SEM). It utilizes an electron beam to generate a large number of small focused beams that travel through a specimen, which enables the user to observe the sample at the atomic level with an unprecedented level of detail. FEI Quanta 200 is the most advanced model in its class, offering users the highest resolution and image quality available. PHILIPS Quanta 200 is equipped with a fully automated stage, allowing users to easily adjust the microscope's focus, zoom, and tilt to achieve the desired image. It is also equipped with a patented "Scanning Thermal Lens" (STL) equipment that allows users to observe extremely fine structural details, such as cracks and pores. This system helps minimize the electron beam energy lost by making the electron beam "focusable" in the specimen. The STL unit yields high-resolution images from non-conductive specimens like polymers, achieving resolution down to 0.1 nm. Quanta 200 is equipped with a monochromator and image magnification machine to provide the highest-resolution images available. An integrated Oxford CTEM electron detector with a CCD camera allows the user to observe very small details with ease. An actively cooled EDS detector is also present, allowing the user to measure the atomic composition of the sample along with imaging. PHILIPS / FEI Quanta 200 is capable of automatic operation, resulting in faster sample imaging and greater throughput. It is also completely computer-controlled, allowing users to save data to a computer or network for further analysis. The assortment of software tools that accompany the microscope further enhance its capability, making it more flexible. In conclusion, FEI Quanta 200 is a versatile and powerful scanning electron microscope that offers users an unprecedented level of detail and flexibility when analyzing a sample. It is one of the most advanced models available and allows users to observe very small details from nearly any type of sample, resulting in high-resolution images perfect for research and development.