Used HITACHI WB-3100 #9150925 for sale

HITACHI WB-3100 scanning electron microscope (SEM) is an advanced imaging equipment designed to give the user unparalleled high resolution visualisation of specimen structures and features. WB-3100 utilises an EDX detector and a high performance electron gun to produce detailed high resolution images of specimens at magnifications up to 500,000 times. The sample chamber allows for a range of specimen types (metals, polymers, minerals, etc) to be used in the microscope and the computer control system ensures accurate and precise control of all SEM parameters. HITACHI WB-3100 SEM operates at a very high vacuum and provides an excellent level of electron beam accuracy. The microscope is fitted with an electron gun to enable high resolution images of specimens to be produced. The electron beam is held in place by a strong magnetic lattice, which is adjustable and can be changed to maintain optimal image quality. The electron gun is also equipped with a variable voltage range between 900V and 20kV; allowing users to optimize for the depth of focus and resolution of the images they produce. The EDT detector within the SEM is capable of recording secondary and scattered electrons which are produced as a result of exposure to the electron beam, and can be used to produce high quality images. This unit ensures that users are able to view high resolution images in both magnification and contrast mode. The sample chamber of WB-3100 has been designed with a range of features to ensure convenient operation. It is fitted with a specimen holder, which can be rotated and moved to enable users to accurately position their specimen. It also has a cooling machine to ensure that the sample remains at a constant temperature and, if necessary, to reduce the chance of sample damage. Additionally, the microscopes 'intelligent imaging tool' allows users to record images at up to 80x magnification without significant distortion. Overall, HITACHI WB-3100 is an excellent scanning electron microscope asset, combining high resolution imaging capabilities with an efficient sampling chamber and a powerful computer control model. With its wide range of features, this SEM is highly suitable for both scientific research and industrial applications.