Used HITACHI 7170 #293615631 for sale

HITACHI 7170 is an advanced laboratory equipment and accessory that allows scientists and researchers to perform complex analysis and experiments. It is an automated high-resolution scanning microscope designed to provide superior optical performance in a low budget package. 7170 comes with a long working distance infinity corrected optical equipment that enables a field of view of up to 68 mm, which allows users to observe and measure samples accurately. It also comes with a built-in printer for generating and storing images, along with an adjustable contrast mirror for controlling contrast and dynamic range. Its adjustable and collapsible stand, coupled with its robust construction, ensures stability during use. HITACHI 7170 has an automated and fast focusing system that compensates for dynamic motion and vibration, delivering smooth and accurate focusing in all directions. The unit allows users to maintain focus even when measuring on a complex sample. It is also fitted with an ultra-fast vertical drive for changing focus points and capturing data quickly, especially when performing continuous experiments. 7170 also comes with a number of sophisticated image processing features that allow users to obtain clear and detailed images of their sample, eliminating most digital artifacts and distortions. It has an intuitive user interface and is compatible with a range of laboratory systems, making it easy to work with. HITACHI 7170 is easy to maintain and the machine is designed to be energy efficient, offering reliable results with its low consumption of energy and minimal emissions. It is also lightweight, making it easy to move between laboratories. Overall, 7170 is an advanced microscope tool designed to deliver superior performance in even the most demanding laboratory environments. It has a long working distance infinity corrected optical asset, automated fast focusing, intuitive user interface and a range of image processing features that allow users to obtain clear and detailed images of their samples. It is also robust and energy efficient, making it ideal for laboratories that need reliable results.