This microscope can adjust light intensity levels automatically for optimal imaging, and compare data from multiple surfaces. This allows performing precise 3D measurements on objects with complex geometries, with the vertical resolution of 5 nm. This easy-to-use microscope with advanced metrology capabilities is built with a highly sensitive image sensor (16-bit photomultiplier) that collects the reflected light and provides high-resolution images at both low and high magnifications. is a state-of-the-art digital microscope designed for imaging and measurement applications. The 3D Laser Scanning Confocal Microscope from Keyence Corp. All pieces of equipment are listed lower under the pictures, sorted by location. This information can be used if needed to contact them about understanding it more or about setting up a time to use it. By clicking on a picture or the name of the machine, you will be taken to a different page that can tell you more about what that machine does, what it can be used for, and contact information for whom would be over that piece of equipment.
The names of the pieces of equipment should be listed either to the right, or left of that row of pictures. Select Process and Metrology Equipmentīelow are some pictures of a few of the pieces of equipment we have here at IfM. There is also a general background tutorial on some of the theories behind micromanufacturing. The IfM website includes information on the micromanufacturing processes under study and in use at the facility, including brief tutorials. Micromanufacturing incorporates many of the processes developed by the integrated circuit industry as well as novel techniques developed by scientists from all technical research areas including physical chemistry, physics, engineering, and mathematics.
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