Customizable pipeline types for casting endoscopes

With the rapid development of industrial technology, almost all industries require the use of castings. The quality of castings has a significant impact on production efficiency and progress, so foundry manufacturers will choose appropriate industrial endoscope products based on different casting structures.

The traditional detection methods only rely on the naked eye or cutting method to observe the internal situation of the casting, but due to the complex flow channels of the internal cavity of the casting, with straight holes, curved holes, and staggered holes crisscrossing, it is easy to miss, inspect less, and even create visual blind spots, which cannot guarantee the quality of the casting.

In recent years, the application of industrial endoscopes has greatly improved the detection efficiency and accuracy of castings. Compared with traditional detection methods, industrial endoscopes can better observe defects such as burrs, cracks, and sand inclusions inside castings, and help inspectors quickly identify internal defects in castings.

According to the shape characteristics of different casting parts, casting endoscopes can also be customized for different types on pipelines, such as spring tube elbows, alloy hard rod mirror pipelines, alloy hard rod mirror side view pipelines, tungsten wire wear-resistant pipelines, etc. These customized products are made of materials that are wear-resistant, corrosion-resistant, and resistant to deformation, which have the advantages of long service life.

The Shenzhen Micro Vision WS-F series desktop casting endoscope is a professional testing equipment designed for various types of castings. Customers can customize the host type, pipeline type, pipeline diameter, length, detection function, guidance angle, and other aspects according to their own needs. Shenzhen Microvision can also provide customers with customized equipment parameters and testing solutions, integrating the entire process to help solve casting testing problems.