​Analysis on the importance of structural innovation and application of electronic crane scale

Analysis on the importance of structural innovation and application of electronic crane scale
 Familiar with the electronic crane scale friends know, electronic crane scale can be installed with printing equipment products, below the electronic crane scale structure innovation and application importance analysis.
 Load-bearing device, weighing sensor and weighing instrument are three basic components of electronic scale, among which the scientific and rational structure of load-bearing device is an important guarantee of accuracy, stability and reliability of electronic scale. Nowadays, the electronic scale market is becoming more and more internationalized. The improvement and innovation of electronic scale structure are bound to be oriented by the needs of users and market competition.
 Since the beginning of the 21st century, with the progress of science and technology, the improvement of industrial process automation and intelligent level, various industries have put forward many new requirements for the structure, function and performance of electronic scales, among which the most important requirements for the load-bearing device are miniaturization, lightening, modularization and integration. If the design of electronic scale still follows the direction of traditional load-bearing device, weighing sensor, load-bearing  and transmission component, positioning and limiting device and other components, it will not only fail to meet the new needs of users, but also become more and more difficult to develop itself.
 Based on the existing carrier structure, in order to improve the technical performance and meet some new requirements of users, even some small improvements should be implemented at a relatively high cost. As the German weighing instrument experts commented in the 1990s, "the structural design of this kind of component packaged carrier has almost come to an end". Because the structure of the component assembly bearing device is generally tall and bulky, many parts, many active links, long installation and debugging time, poor stability and reliability.
 Disadvantages of low production efficiency and high cost. Therefore, German weighing experts put forward: "when carrying device structure design, try to break away from the shackles of the traditional structure, bold to seek another direction of development, that is, to reduce the size, reduce parts, save space, is conducive to the realization of optimal production, improve the rate, reduce the cost and other directions. Based on this understanding, some electronic weighing manufacturers at home and abroad have done a lot of research work on the load bearing structure, their common research and development direction and innovation point is the variable parts assembled load bearing structure,  modular, partial integration and integration load bearing structure.
 Has developed modular electronic truck scale, easy to transport small module assembly electronic truck scale; Part of the integrated load transfer, positioning limit device integrated electronic truck scale, electronic crane scale; Integrated dynamic electronic track scale, integrated shear, bending plate type dynamic axle scale for highway vehicles, integrated electronic weighing ring; Hollow closed section thin wall steel structure electronic weighing beam, "bamboo" type thin wall steel structure electronic platform scale; Special use of the load-bearing device telescopic electronic scale, split rolling round bale paper electronic scale.