With the increasing number of users purchasing high-speed mixers, the lack of attention to certain details and mastery of operating methods after purchase has resulted in low production and work efficiency. So what details should be paid attention to during operation?

1. When the high-speed mixer is running, the operator carefully listens to the running sound and observes the running trajectory for any abnormalities; If abnormal sound or operating status is found, certain noise and faults may occur.

Attention to details: During operation, operators need to pay attention to observing whether there are any abnormal sounds and whether the operating status is stable. If any abnormalities are found, they should promptly identify the cause of the fault and solve it;

2. In addition to listening to the sound and observing the running state, we can also judge whether it is normal by the temperature of the machine. When the high-speed mixer is running, it is normal to generate a certain temperature as the speed gradually increases during the process of starting at low speed and then running at high speed.

However, if the temperature is found to be too high or too low, it is an abnormal phenomenon. Therefore, in addition to paying attention to the sound and operating status during operation, it is also necessary to closely monitor the temperature of the machine. Therefore, when the temperature is too high or too low, it is necessary to promptly investigate the cause and solve it;

3. In addition to the above two points, operators also need to master the operating methods of high-speed mixers. Because the original intention of the enterprise or company’s purchase is to increase production and work efficiency; If it is due to improper operation by the operators that the output is low and the efficiency cannot meet the requirements, then the gain is not worth the loss.

Therefore, mastering the correct operating methods is essential, as mastering certain operating methods can achieve twice the result with half the effort, not only improving production and work efficiency, but also enhancing one’s ability to master equipment and handle fault problems.