Generally speaking, regardless of the type of product, the design process must consider not only its various performances but also its cost-effectiveness, so that the produced product can be favored by the public. The products of automatic door manufacturers are no exception. Designers of automatic door manufacturers often decide the various performances of the product based on key design factors such as technical and economic indicators. For example, technical performance, economic performance, aesthetic performance, etc. Next, I will discuss the design points of automatic door manufacturer products to help everyone gain a deeper understanding of this product.

       The basic design principles of automatic doors must comply with relevant mechanical requirements. This is because the products of automatic door manufacturers are generally mechanical devices and have special requirements. Therefore, the principles and basic content of automatic door design must meet the relevant requirements of mechanical design. For example, it must ensure that the mechanical components can work normally, thus avoiding the failure of mechanical parts. Failure refers to a state where the mechanical components of the automatic door manufacturer product have lost the functions originally assigned by the design. Its effectiveness is directly related to the materials of the manufactured parts, working stress conditions, working environment of the parts, etc. In the design process, in order to ensure the expected functions of the parts of the automatic door manufacturer product, aspects such as temperature, stiffness, and strength must meet the basic design requirements.

       If the parts of the automatic door manufacturer break or deform in an unacceptable manner during operation, it is actually due to insufficient strength. Failures caused by insufficient strength are divided into overall failure and surface failure. Overall failure refers to the breaking of the root of the gear, while surface failure refers to the deformation of the gear's tooth surface.

       To improve the strength of the parts, high-strength materials should be used, the cross-sectional Size should be increased, and heat treatment and chemical treatment methods should be employed to enhance the mechanical properties of the materials. Most mechanical parts work under variable stress conditions, and fatigue failure is the main factor causing part failure. When designing parts, attention should be paid to the factors affecting fatigue failure. The elastic or plastic deformation generated by the parts of the automatic door manufacturer during operation should not exceed the allowable limits. The stiffness of the parts is divided into overall deformation stiffness and surface contact stiffness. The former refers to the degree of elastic deformation such as elongation, shortening, and twisting of the parts under load; the latter refers to the microscopic peaks on the contact surface of the parts.

       Ways to increase stiffness include increasing the cross-sectional Size or increasing the moment of inertia of the cross-section. Increasing the support area can improve contact stiffness. The surface damage of the parts of the automatic door manufacturer is mainly due to corrosion, wear, and contact fatigue. These surface damages gradually occur over time.