What should automatic tapping machine pay attention to when choosing multi-axis device

After the 1960s, due to the application of electronic computers, there are CNC machine tools, machining centers, robots, automatic tapping machine, automatic tapping machine computer aided design, computer aided manufacturing, automated warehouse and so on. A flexible manufacturing system (FMS) suitable for multi - variety and small - batch production is developed. Based on the automatic workshop of flexible manufacturing system, coupled with the automation of information management and production management, the factory automation using computer integrated manufacturing system (CIMS) appears.

The selection principle of multi-axis device

Step 1: Sensitivity

Generally speaking, it is always hoped that the sensitivity of multi-axis device is as high as possible to achieve the speed and effect of tapping.

Step 2: Precision

The accuracy of the multi-axis device is the main index that affects the authenticity of the tapping results, but it is not required that the higher the accuracy, the better, mainly because the precision of the multi-axis device corresponds to its price, the accuracy increases one level, the price of the multi-axis device will increase exponentially, so it should be selected from the actual needs. First of all, it is clear what kind of product tapping machine is used for tapping, and the requirements of the product are used to determine the accuracy of the multi-axis device

Step 3: Stability

The stability of multi-axis device has two meanings, namely time stability and environmental stability. The stability of the environment (temperature, humidity, dust, electromagnetic field and other factors) is a problem that should be considered for any multi-axis device. It is necessary to ensure that the multi-axis device works under its permitted environmental conditions to avoid reducing the performance of the multi-axis device. As for the time stability, it is used for long-term uninterrupted tapping machine operations to focus on the problem. In addition, the working mode, size and weight of the multi-axis device are also the factors to be considered when selecting the multi-axis device