Scissor lifts do indeed have dedicated selection and design software, some developed by equipment manufacturers or engineering teams for parametric calculations and model matching. These tools help users quickly identify suitable models based on key parameters such as working height, load capacity, and power source, improving selection efficiency and accuracy.
Professional Design and Selection Software
Dedicated Design and Calculation Software for Scissor Lifts
To meet engineering R&D needs, companies have developed five dedicated software programs for different cylinder layouts:
Calculation software for three-layer and above cylinder inclined scissor lift platforms
Design software for two-layer cylinder inclined scissor lifts
Design software for single-layer cylinder inclined scissor lifts (with articulated external support/base)
Calculation software for three-layer and above cylinder vertical scissor lifts
These software programs automate parameter input and provide precise mechanical analysis, and are widely used in the equipment R&D stage.
MATLAB Simscape-Scissor-Lift Simulation Model: A digital prototype of a scissor lift built on the MATLAB platform, supporting:
Multibody dynamics simulation (Simscape Multibody)
Hydraulic system modeling (Simscape Fluids)
Parameterized adjustment and real-time interactive interface. While geared towards research and teaching, it can be used to verify the rationality of model selection, and is especially suitable for universities and research institutions.
