Used ACCRETECH / TSK UF 200 #9357821 for sale

ACCRETECH / TSK UF 200 is a lapping/polishing prober, designed to provide exacting precision polishing and lapping of planar surfaces with utmost accuracy. This instrument is designed for performing de-burring and polishing mirror surfaces at the nanometer level, so as to create surfaces with predetermined levels of surface roughness. The instrument uses the technique of centrifugal force to provide polishing and lapping. This is combined with the hollow diamond polishing force and the user-adjustable radial brush rotary force, to achieve an optimal planarity and precision polishing. The unique design of TSK UF 200 enables the user to adjust the polishing speed, which is particularly advantageous when the surface finish needs to be adjusted in the micrometer range. The built-in CCD camera enables the user to easily inspect the surface finish and make any required corrections during the process. The camera runs on a special composition software program, which is easy to use for conveniently monitoring the process and for making precision changes. The power supply and electronic control of ACCRETECH UF200 are isolated from the polishing/lapping process, ensuring complete safety of operation, even when the polishing pressure is set at high levels. The instrument also has a number of other special features, including a self-diagnostic mode, an opto-electronic workpiece scanning program, and a touch screen interface. The instrument also has several optional accessories for performing various functions, such as an auto-positioner for fine tuning the parameters in automated polishing/lapping operations. To summarize, ACCRETECH UF 200 is a highly accurate and precise polishing and lapping instrument, designed to provide a controlled and repeatable planarity and surface finish. The instrument is able to handle a wide range of materials and it has a number of features which make it easy to use and efficient in its operation. The instrument is particularly beneficial for producing surfaces with predetermined levels of surface roughness in nanometer range.