Impact crusher is extensively applied in mining machinery and foundation engineering construction, such as bridges, roads and municipal construction, etc. In the actual process of operation, all sorts of failures can happen and what’s worse, consequence may be unimaginable. Hidden personal and equipment safety risks may lurk everywhere. In order to solve such problems to facilitate product maintenance and improve product quality, performance tests which are of great significance should be carried out regularly. At the same time, the tests play an important role in studying product design level, checking product quality level and constantly developing new products. Since impact crusher products are increasingly various, market demand is growing accordingly. People have been studying performance testing methods, striving to improve product quality and extending product service life to avoid causing unnecessary waste of manpower and material resources. But due to the serious work environment disturbance, the limitation of detection methods and other reasons, impact crusher performance testing technology development is relatively slow. So far, seen from the current research situation, performance testing methods or test beds completely meeting the operation requirements of all kinds of crushers are not too many. In this case, impact crusher performance test beds should be faced with more in-depth research in the hope of meeting the market demand and improving product quality. Mass-produced product testing equipment directly used in work sites is particularly rare.
Along with the rapid development and widespread application of computer control technology and electronic technology, worldwide crushing products develop in the direction of large-scale, high efficiency, environment protection, energy conservation, large crushing ratio and automation. The drilling robot by the joint efforts of manufacturers from technology advanced countries can realize full automation and.
