• 2023-10-16
• 344
• 5 Comments

The wide application of 3D scanner in mold industry

Under the general trend of transformation and upgrading of the manufacturing industry, 3D digital measurement technology meets the development needs of precision and efficiency of the mold industry, and is more and more widely used in the quality control of mold products, assembly production, reverse design, wear detection and other different life stages, helping enterprises to break through the limitations of traditional measurement methods and strengthen core competitiveness such as quality, efficiency and innovation.

1, quality inspection/plastic mold

The three-dimensional data obtained by scanning is compared and analyzed with the original modulus to obtain the deviation size, which provides accurate and intuitive data reports for quality inspection and mold repair and modification, greatly improving the production efficiency and product quality of the mold.

Advantages of this program:

- No need to attach points on the mold surface, easy to scan;

- Comprehensive and efficient measurement, easy to obtain the surface deviation that is not easy to measure in the traditional way, saving time and labor for medium and large molds;

- High cumulative scanning accuracy, single machine can complete more than 4 meters of workpiece scanning.

2, wear detection/precision mold

Precision mold for dimensional accuracy and stability have high requirements, in addition to the new mold to have a comprehensive and accurate quality detection, after a period of time in the mold, it is also necessary to timely wear, insert position changes, etc.

Advantages of this program:

- Pure blue light technology has strong anti-interference, fast scanning speed, and easy access to dark/bright surface data;

- Accuracy up to 0.01mm, obtained the National Academy of Metrology accuracy certification;

- Optional wireless module, flexible to adapt to large size mold and complex field conditions.

3, reverse design/casting mold

For sample products without data, the three-dimensional data can be obtained by scanning, imported into the design software for reverse, and then developed and made the mold, which can greatly shorten the development cycle of new products.

In addition, based on accurate 3D scanning data, it can also detect the rebound/deformation amount of each process part of the stamping product and the final product, verify the CAE analysis results, greatly shorten the iterative production cycle of the mold, and accelerate the speed of new products to market.