Application scope of dual station automatic positioning dynamic balancing machine: mainly used for rotor balance measurement and calibration of rotor and end face weighting.
Huake Zhichuang Dynamic Balancing Machine provides a standard range of automatic positioning dynamic balancing machines, which can balance and correct rotors with a maximum diameter of 300 millimeters and a weight of up to 2.5 kilograms. As a manufacturer of balancing machines, Huake Zhichuang also manufactures special automatic positioning dynamic balancing machines that can be suitable for different types of rotors. Huake Zhichuang's balancing machines are designed, manufactured, and tested in accordance with ISO and customer factory standards. The company adopts mature technology to provide high accuracy and repeatability.
Features: The automatic positioning dynamic balancing machine adopts the electrical measurement system of Huake Zhichuang, with diversified measurement methods, dynamic and static balance, and up to 10 support methods. It can be flexibly customized for adding and removing weights and forward and reverse rotation. High measurement accuracy, using multiple calibration coefficient combinations, automatically adjusting system sensitivity, shifting without jumping, dual filtering of software and hardware, data compression, more stable, accurate, and faster measurement.
Dynamic balancing is a fundamental common problem that must be solved in the production and manufacturing process of rotating products. Its quality directly determines the working performance and service life of the product, and has a huge impact on the quality of the product. In industries such as automobiles and power tools, the development of high-speed and lightweight motors has led to increasingly high requirements for vibration, noise, and other performance of such products. Correspondingly, motor rotors have also put forward more stringent requirements for dynamic balancing technology.
At present, most domestic motor manufacturers have used automatic positioning dynamic balancing machines for rotor dynamic balancing, while a small number of factories still use traditional machines. Manually finding angles not only results in low production efficiency and poor calibration quality, but also causes significant damage to the rotor. However, the weight deviation caused by the operator's experience can reach 10%~50%, which weakens the electrical performance of the rotor and leads to motor performance degradation, which cannot meet the needs of producing motors. Therefore, it is very necessary to produce high-precision and intelligent dynamic balancing machines.
Huake Zhichuang Dynamic Balancing Machine provides a standard range of automatic positioning dynamic balancing machines, which can balance and correct rotors with a maximum diameter of 300 millimeters and a weight of up to 2.5 kilograms. As a manufacturer of balancing machines, Huake Zhichuang also manufactures special automatic positioning dynamic balancing machines that can be suitable for different types of rotors. Huake Zhichuang's balancing machines are designed, manufactured, and tested in accordance with ISO and customer factory standards. The company adopts mature technology to provide high accuracy and repeatability.
Features: The automatic positioning dynamic balancing machine adopts the electrical measurement system of Huake Zhichuang, with diversified measurement methods, dynamic and static balance, and up to 10 support methods. It can be flexibly customized for adding and removing weights and forward and reverse rotation. High measurement accuracy, using multiple calibration coefficient combinations, automatically adjusting system sensitivity, shifting without jumping, dual filtering of software and hardware, data compression, more stable, accurate, and faster measurement.
Dynamic balancing is a fundamental common problem that must be solved in the production and manufacturing process of rotating products. Its quality directly determines the working performance and service life of the product, and has a huge impact on the quality of the product. In industries such as automobiles and power tools, the development of high-speed and lightweight motors has led to increasingly high requirements for vibration, noise, and other performance of such products. Correspondingly, motor rotors have also put forward more stringent requirements for dynamic balancing technology.
At present, most domestic motor manufacturers have used automatic positioning dynamic balancing machines for rotor dynamic balancing, while a small number of factories still use traditional machines. Manually finding angles not only results in low production efficiency and poor calibration quality, but also causes significant damage to the rotor. However, the weight deviation caused by the operator's experience can reach 10%~50%, which weakens the electrical performance of the rotor and leads to motor performance degradation, which cannot meet the needs of producing motors. Therefore, it is very necessary to produce high-precision and intelligent dynamic balancing machines.
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