Abstract
Aiming at the problems of large bore of hydraulic cylinders of high tonnage quantity tablet press, large size of tablet press and wide area, a method of using ultra-high pressure hydraulic system to streamline the structure of tablet press is proposed, and a laboratory ultra-high pressure tablet press for XRF spectral analysis specimen manufacturing is designed. The AMESIM software was used to simulate the established hydraulic system model, and the theoretical analysis and relevant experience were combined to reasonably set the relevant parameters of the simulation model, and the AMESIM simulation results were obtained to analyze the motion and flow characteristics of each hydraulic circuit system, which verified the rationality of the hydraulic system.
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