Structural Optimization of Polyurethane Sponge Cutting Machine Based on Modular Design

Abstract

 Polyurethane sponge has excellent properties and is widely used in home decoration, automotive, construction, packaging and other fields. With the improvement of people's living standards and their demand for a more comfortable environment, the demand for polyurethane sea surface has been increasing year by year in recent years. The increasing demand for polyurethane sponge has led to a surge in demand for polyurethane sponge cutting machines, and the competition for polyurethane sponge cutting machines in the market is becoming increasingly fierce. In addition to the functional requirements of the product, the appearance structure of the polyurethane cutting machine is also a hot topic of concern. Currently, the polyurethane sponge cutting machine has a simple structure and unreasonable design, which makes the cutting machine vulnerable to damage. And unreasonable structural design can affect users' work efficiency, increase production costs, and in severe cases, cause safety hazards. Therefore, this article analyzes the existing problems in the structure of gantry style polyurethane sponge cutting machines on the market, modularizes the polyurethane cutting machine, optimizes the structure of the cutting machine according to ergonomics, and designs an aesthetically pleasing design that can improve the efficiency and safety performance of the polyurethane sponge cutting machine.