Investigation on the Design of Double-Stage Scissor Lifts Based on Parametric Dimension Technique

Scissor lifts are widely used in industry. The selection of a configuration lift table system plays an important role since this depends on the working requirements systems and also type object. In paper, based parametric dimension technique, mathematical model load calculation for double-stage scissor lifts, which design parameters, were investigated order to enhance operation (e.g., lifting height, loading, stability). A 2D-model was constructed simulated Working Model software verify accuracy proposed method. results obtained from simulation indicate that by adjusting mounting positions cylinders, elevation platform reactions joints components can be calculated, assists improving performance system. Furthermore, prove practical significance calculating process dimensional especially structures.