How to improve the precision of injection mold processing?

What is the key to check the accuracy of the Helmet Visor Mould? In fact, the key is to check the equipment manufacturing and quality of the injection mold processing. Not high, the quality is not very good, why do your customers choose our products? Why don’t customers choose stronger ones , that is, the quality of the equipment must be enhanced, so how should we ensure the accuracy of injection mold processing? It depends on the applied machinery and equipment and professional and technical personnel. The main contents are as follows:

1. Injection mold processing machinery and equipment

As the saying goes, sharpening knives does not make mistakes in chopping firewood. If you want to do good things, you generally need to use high-quality plastic pipe injection molds to process machinery and equipment.

2. Regulations for professional and technical personnel in the actual operation of injection mold processing

The precision of injection mold processing is better than the machine and equipment, the key is the level of the user.

3. Specifications for practical activities on the appearance of parts after plastic injection mold polishing

Then it is the compliance level of the three main parameters of the actual working scale, shape and position of the surface of the parts after the injection mold processing and the ideal main parameters required by the design drawings. The production and processing accuracy is considered with the public service level. The smaller the level value, the higher the accuracy.

The injection mold processing error is explained by the standard value. The larger the standard value, the greater the error. The high processing precision of the injection mold means that the production and processing errors are small, and vice versa. Some ideal main parameters, in terms of scale, are the mean scale; in terms of appearance, they are persistent circles, cylinders, planes, spheres and verticals, etc.; in terms of the parts between each other in the middle of the surface , which are persistent parallels, straightness, coaxial lines, symmetry, etc. The deviation of some main parameters of the actual operation of the part from the ideal main parameters is called a production and processing error.