Application of machine tool probe in die and mould industry

As modern enterprises pay more and more attention to the measurement of products in the production process, high-precision and efficient in-machine measurement as the development direction of enterprises, the traditional measurement technology has been unable to meet the pursuit of high-precision and high efficiency of modern enterprises, the traditional measurement means are generally inefficient; Long delivery cycle; As modern enterprises pay more and more attention to the measurement of products in the production process, high precision and high efficiency in machine measurement as the development direction of enterprises, the traditional measurement technology has been unable to meet the pursuit of high precision and high efficiency of modern enterprises, the traditional measurement methods are generally inefficient; Long delivery cycle; Occupy a large amount of machine non-processing time; High labor costs; Machining accuracy depends on the quality and instability of the operator; Difficult to automate; In other cases, the manufacturing process cannot be controlled. Waste is mainly reflected in the following aspects.

1. The quality of the blank cannot be understood in advance

2. Unable to control the processing trend, it is easy to cause cost waste, such as scrap cost and mold repair cost.

3. Labor cost

4. Other waste

5. Waste of time, such as the time of the workpiece circulating in different departments and the time of the workpiece re-clamping and retrieving the coordinate system.

6. Accuracy loss, if traditional measurement techniques can not be solved.

This problem can be easily solved by measuring in the machine, the traditional quality control concept can be extended to the source of the workpiece processing - the production department, its benefits are obvious, can improve the efficiency of processing preparation. The coordinate system needs to be corrected before the workpiece is processed. Traditional manual methods require a lot of time, whether it is eccentric wheel or workpiece test cutting.

In the machine measurement system, neutralization correction can be realized in just one or two minutes, and the coordinate system offset calculated in the machine coordinate system can be automatically updated to improve efficiency and avoid manual errors.