Univerzální stahovák rotačních součástí

Abstract

Bachelor thesis deals with design of universal puller for rotary parts. At the beginning, there is stated summary of pullers currently occurring in the market. The suitable type of puller is designed according to assigned requirements. Every single part is analysed by strength verification. Analytic solution is amended by verification by finite element method in more complicated cases. This work also contains the solution of clamping of jaws to crossbeam and analysis of apex of spindle. Assembly drawing and manufacturing drawing of chosen part are included in attachment.