How to use a balancing machine correctly to improve the quality of rotary machining?
Currently, many dynamic balancing methods are used in various types of machines, such as static balancing and dynamic balancing. The static balance accuracy is too low and the balance time is long. A dynamic balancing machine can effectively balance the rotor itself, but the rotor size varies. Usually, dynamic balancing machines of different sizes are required, and the rotor needs to be removed from the machine during testing, which is obviously uneconomical and labor-intensive.
High dynamic balancing accuracy and short balancing time. Simultaneously perform balancing correction on both calibration surfaces of the rotor, and the remaining unbalance after correction is to ensure that the rotor is within the specified range of allowable unbalance during motion.
Methods for obtaining machining accuracy of parts in mechanical processing:
1. The methods for obtaining dimensional accuracy in mechanical processing include trial cutting, adjustment, fixed size tool method, automatic control method, and active measurement method.
2. The methods for obtaining geometric accuracy in mechanical processing include trajectory method, forming method, profiling method, and expansion method.
3. The positional accuracy of the workpiece depends on the installation (positioning and clamping) method and its precision.
The methods to obtain position accuracy include: marking and aligning installation (including: a. marking and aligning installation b、 Directly aligning installation, fixture installation method, machine tool control method.
In order to improve the efficiency of mechanical production and enhance product quality in our country, China has gradually strengthened its technological development capabilities and is moving towards becoming a developed country. In the later stage, the use of dynamic balancing machines became increasingly frequent, and many rotors needed to be balanced during processing, which led to the rapid development of modern balancing machines and the emergence of more and more dynamic balancing machine brands. The number of models of dynamic balancing machines also increased, and the fields of use became more and more extensive. The dynamic balancing machine is gradually developing towards large-scale, high-speed, precision and other aspects.
For China's machinery industry, the early stages of machinery development are still in a blank stage. In order to improve the efficiency of mechanical production and enhance product quality in our country, China has gradually strengthened its technological development capabilities and is moving towards becoming a developed country.
In the later stage, the use of dynamic balancing machines became increasingly frequent, and many rotors needed to be balanced during processing, which led to the rapid development of modern balancing machines and the emergence of more and more dynamic balancing machine brands. The number of models of dynamic balancing machines also increased, and the fields of use became more and more extensive. The dynamic balancing machine is gradually developing towards large-scale, high-speed, precision and other aspects.
The vibration generated during equipment production can have an impact on the machine itself and may also have a certain impact on the surrounding environment. There are many reasons for equipment vibration, but equipment imbalance is a major problem. Most machines will be caused by imbalance as long as they vibrate. Balance plays an important role in equipment production, so solving equipment imbalance is the top priority.
The dynamic balancing machine performs dynamic balancing on equipment workpieces with high precision, good effect, and high quality; Not only that, the service can be done very well, saving a lot of work for mechanical industry manufacturers. Balancing the rotating workpiece rotor with a dynamic balancing machine is a very important process. As long as the rotor can reach the balance standard, the machine can work normally and improve work efficiency.
Currently, many dynamic balancing methods are used in various types of machines, such as static balancing and dynamic balancing. The static balance accuracy is too low and the balance time is long. A dynamic balancing machine can effectively balance the rotor itself, but the rotor size varies. Usually, dynamic balancing machines of different sizes are required, and the rotor needs to be removed from the machine during testing, which is obviously uneconomical and labor-intensive.
High dynamic balancing accuracy and short balancing time. Simultaneously perform balancing correction on both calibration surfaces of the rotor, and the remaining unbalance after correction is to ensure that the rotor is within the specified range of allowable unbalance during motion.
Methods for obtaining machining accuracy of parts in mechanical processing:
1. The methods for obtaining dimensional accuracy in mechanical processing include trial cutting, adjustment, fixed size tool method, automatic control method, and active measurement method.
2. The methods for obtaining geometric accuracy in mechanical processing include trajectory method, forming method, profiling method, and expansion method.
3. The positional accuracy of the workpiece depends on the installation (positioning and clamping) method and its precision.
The methods to obtain position accuracy include: marking and aligning installation (including: a. marking and aligning installation b、 Directly aligning installation, fixture installation method, machine tool control method.
In order to improve the efficiency of mechanical production and enhance product quality in our country, China has gradually strengthened its technological development capabilities and is moving towards becoming a developed country. In the later stage, the use of dynamic balancing machines became increasingly frequent, and many rotors needed to be balanced during processing, which led to the rapid development of modern balancing machines and the emergence of more and more dynamic balancing machine brands. The number of models of dynamic balancing machines also increased, and the fields of use became more and more extensive. The dynamic balancing machine is gradually developing towards large-scale, high-speed, precision and other aspects.
For China's machinery industry, the early stages of machinery development are still in a blank stage. In order to improve the efficiency of mechanical production and enhance product quality in our country, China has gradually strengthened its technological development capabilities and is moving towards becoming a developed country.
In the later stage, the use of dynamic balancing machines became increasingly frequent, and many rotors needed to be balanced during processing, which led to the rapid development of modern balancing machines and the emergence of more and more dynamic balancing machine brands. The number of models of dynamic balancing machines also increased, and the fields of use became more and more extensive. The dynamic balancing machine is gradually developing towards large-scale, high-speed, precision and other aspects.
The vibration generated during equipment production can have an impact on the machine itself and may also have a certain impact on the surrounding environment. There are many reasons for equipment vibration, but equipment imbalance is a major problem. Most machines will be caused by imbalance as long as they vibrate. Balance plays an important role in equipment production, so solving equipment imbalance is the top priority.
The dynamic balancing machine performs dynamic balancing on equipment workpieces with high precision, good effect, and high quality; Not only that, the service can be done very well, saving a lot of work for mechanical industry manufacturers. Balancing the rotating workpiece rotor with a dynamic balancing machine is a very important process. As long as the rotor can reach the balance standard, the machine can work normally and improve work efficiency.
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