How to choose Balancing Machine according to Industry 4.0

The "Industry 4.0" project is divided into three main themes:
The first is "smart factory", the second is "smart consumption", the third is "smart logistics",
Under the requirement of industry 4.0, three factors for choosing the balancing machine:
A. Workpiece diameter: it refers to the diameter of the workpiece that the balancing machine allows to check, which is subject to the center height of the support brackets, the driving motor power of the balancing machine, the torque of the universal coupling or the belt driving diameter of the belt drive and the friction force of the belt used for driving and other factors, if the diameter of the tested workpiece is greater than the workpiece diameter given by the balancing machine specification, balancing machine will not work normally, so the the actual diameter of the workpiece must be less than the "workpiece diameter" given by the balancing machine .
B. Distance between the two bearing points of the workpiece: it refers to the distance between the two bearing points diameter of the workpiece that balancing machine allows to check and the minimum distance. It is limited by the structure of the balancing machine, if the distance between the actual bearing points of the tested workpiece is too small, the workpiece can not be placed on to the bearing pedestals of the balancing machine, balancing check can not be carried out. If the actual distance between the two bearing points of the workpiece is greater than the distance given by the balancing machine, balancing machine also can not work normally. At this time, it is necessary to take some measures to solve it, for example, extend the bed base of the balancing machine or shorten the bearing point position of the workpiece etc.
C. Workpiece journal range: it refers to the support journal range of the workpiece that balancing machine allows to check. If the journal of the workpiece is too large, it may lead to the center of the workpiece is too high, which is easy to cause the workpiece to be thrown out of the support bearing due to the centrifugal force during rotation. If in some V-type bearing balancing machine, because the support journal of the workpiece is too large, when the workpiece rotates, the linear velocity of the journal in sliding friction is too high, resulting in the bearing heating and even burning the support bearing or the workpiece journal damage.

Shanghai Jianping Dynamic Balancing Machine Manufacturing Co., Ltd. is an enterprise of "Specialization, Refinement, Differentiation, Innovation" in Shanghai engaged in the research and development, design, manufacture, sales, testing and other services of dynamic balancing machine equipment. It has mastered the core technology of general-purpose and fully automatic balancing machines, and has obtained a number of invention patent certificates and computer software copyright certificates. It is also the first domestic dynamic balancing machine manufacturing enterprise which has passed the accreditation of CNAS. Our company closely follows the pace of industry 4.0. Intelligent manufacturing and and dares to innovate. The balancing machines developed by our company are widely used in auto parts, motors, fans, pumps, refrigeration and air conditioning, 3C electronics, household appliances, machine tools, railways, ships, aerospace and many other fields. They are mainly includes various automatic unbalance correction machines, belt drive balancing machine, universal joint drive balancing machine, single-plane vertical balancing machine, self-driven balancing machine and other machines in 12 series and hundreds of models.

We have established a solid partnership with Daimler, BorgWarner, SANDEN, AAM, Linamar, BYD, etc., and continue to provide quality service for them. Welcome to consult us to learn about the latest balancing technology.