What should be considered in the selection of helical cylindrical gears? The manufacturer will tell you
Due to the rapid development of market economy, many industries are actively improving their competitiveness and making use of various advantages to meet their own development needs. For example, the application of helical cylindrical gear products can help enterprises play a strong role. Next, let's introduce how to choose appropriate cylindrical gear products and what to consider.
1、 According to their actual needs
Failure analysis and modification of gear shaft
Failure analysis and modification of gear shaft
Main process flow of gear shaft: forging → normalizing → turning → gear hobbing → carburizing → decarburization → quenching → rough grinding → gear grinding → fine grinding.
Precautions for use of gear reducer
1、 Precautions before reducer assembly
1. The machine should be cleaned before use. Check whether the equipment shaft has bruises and dirt. If so, clean it all.
Gear transmission type and fault response
Gear transmission type and fault response
Gear transmission is a transmission form widely used in mechanical transmission. It has the advantages of accurate transmission, high efficiency, compact structure, reliable operation and long service life.
Introduction to two common gear processing principles
Introduction to two common gear processing principles
The gear processing process roughly goes through the stages of blank heat treatment, gear blank processing, tooth profile processing, tooth edge processing, tooth surface heat treatment, fine datum correction and gear profile finishing. There are two common gear processing principles. It is a modeling process, a model research process and a model analysis process. The gear processing process roughly goes through the stages of blank heat treatment, gear blank processing, tooth profile processing, tooth edge processing, tooth surface heat treatment, fine datum correction and gear profile finishing.
Introduction to the tooth profile of precision gear and the shape classification of gear
Precision gears can be classified according to tooth shape, gear structure shape, tooth line shape, tooth surface and manufacturing technology.