What are the benefits of choosing a fully automatic balancing machine?
With the continuous development of electric tools in various industries, not only is the quality of small and medium-sized motor rotors constantly improving, but also higher requirements are put forward for the manufacturing accuracy and reliability of rotors. Due to various factors such as uneven material or blank defects, errors in processing and assembly, and even asymmetric geometric shapes during design, the rotor's unbalance is caused.
The motor contains a high-speed rotating rotor, so it must undergo dynamic balance correction, and its dynamic balance index is related to the overall quality of the motor. The current development trend of motors is towards high efficiency, high precision, high speed, and high reliability, which increasingly highlights the requirements for dynamic balance of motor rotors. In the context of such industry prospects and development trends, it is of great significance to improve the efficiency and static performance of rotor dynamic balancing technology as an important replacement for motor production.
The mainstream method for eliminating unbalance now is rotor dynamic balancing. Manual dynamic balancing correction is not suitable for industrial production due to its low efficiency, so fully automatic balancing machines were born from this! Vigorously promoting the rotor automatic balancing machine, the rotor automatic balancing machine fully absorbs the advantages of foreign products, making the machine have essential breakthroughs in processing efficiency, stability, interchangeability and other aspects.
Characteristics of rotor automatic balancing machine:
1. Fast production pace, high one-time reduction rate
2. Easy to replace products
3. Human computer exchange interface with memory function for production capacity and real-time production information
4. Rigid structure design, high service life
According to various research findings, most of the dynamic balancing processes in China are still in the labor-intensive industry category, and most rotor production enterprises still adopt the balancing methods of testing, manual weight removal, retesting, and re weight removal. This method highly relies on workers' operational experience, has high labor intensity, low production efficiency, poor balance accuracy, and cannot meet the increasingly high product quality requirements of the market. In this context, having a rotor fully automatic balancing machine that is easy to operate, fast and efficient in processing, and has excellent balancing effects to break the limitations of balancing technology has become an urgent desire for many large, medium, and small motor production enterprises.
Fully automatic rotor balancing machine - rotor dynamic balancing method: After measuring the dynamic balance of the rotor in the dynamic balancing machine, the rotor is balanced by using the deduplication method as needed. Common ways to remove a certain amount of weight in an unbalanced direction include boring, drilling, chiseling, milling, grinding, etc. The fully automatic rotor balancing machine can effectively solve the problem of rotor imbalance. By using the dynamic balancing processing method of weight removal, it can balance and correct rotors with a weight of up to 0.3/6 kilograms and a diameter of 15/80 millimeters. Different fully automatic balance correction machines can also be customized according to user needs, which can be suitable for different types of rotors.
With the continuous development of electric tools in various industries, not only is the quality of small and medium-sized motor rotors constantly improving, but also higher requirements are put forward for the manufacturing accuracy and reliability of rotors. Due to various factors such as uneven material or blank defects, errors in processing and assembly, and even asymmetric geometric shapes during design, the rotor's unbalance is caused.
The motor contains a high-speed rotating rotor, so it must undergo dynamic balance correction, and its dynamic balance index is related to the overall quality of the motor. The current development trend of motors is towards high efficiency, high precision, high speed, and high reliability, which increasingly highlights the requirements for dynamic balance of motor rotors. In the context of such industry prospects and development trends, it is of great significance to improve the efficiency and static performance of rotor dynamic balancing technology as an important replacement for motor production.
The mainstream method for eliminating unbalance now is rotor dynamic balancing. Manual dynamic balancing correction is not suitable for industrial production due to its low efficiency, so fully automatic balancing machines were born from this! Vigorously promoting the rotor automatic balancing machine, the rotor automatic balancing machine fully absorbs the advantages of foreign products, making the machine have essential breakthroughs in processing efficiency, stability, interchangeability and other aspects.
Characteristics of rotor automatic balancing machine:
1. Fast production pace, high one-time reduction rate
2. Easy to replace products
3. Human computer exchange interface with memory function for production capacity and real-time production information
4. Rigid structure design, high service life
According to various research findings, most of the dynamic balancing processes in China are still in the labor-intensive industry category, and most rotor production enterprises still adopt the balancing methods of testing, manual weight removal, retesting, and re weight removal. This method highly relies on workers' operational experience, has high labor intensity, low production efficiency, poor balance accuracy, and cannot meet the increasingly high product quality requirements of the market. In this context, having a rotor fully automatic balancing machine that is easy to operate, fast and efficient in processing, and has excellent balancing effects to break the limitations of balancing technology has become an urgent desire for many large, medium, and small motor production enterprises.
Fully automatic rotor balancing machine - rotor dynamic balancing method: After measuring the dynamic balance of the rotor in the dynamic balancing machine, the rotor is balanced by using the deduplication method as needed. Common ways to remove a certain amount of weight in an unbalanced direction include boring, drilling, chiseling, milling, grinding, etc. The fully automatic rotor balancing machine can effectively solve the problem of rotor imbalance. By using the dynamic balancing processing method of weight removal, it can balance and correct rotors with a weight of up to 0.3/6 kilograms and a diameter of 15/80 millimeters. Different fully automatic balance correction machines can also be customized according to user needs, which can be suitable for different types of rotors.
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