Introduction to high-performance hose materials for video endoscopes

Video endoscope is a high-performance industrial inspection tool. The material and performance of its hose are crucial to the overall performance and use of the product. The following is a detailed introduction to the material and performance of the video endoscope hose:

Hose material

The hose of the video endoscope is mainly woven with tungsten wire. This material has excellent wear resistance, drop resistance and corrosion resistance, and can easily cope with the internal inspection environment of various complex workpieces. At the same time, the tungsten wire material also gives the hose good flexibility and strength, allowing it to move flexibly in a small space, ensuring the accuracy and comprehensiveness of the inspection.

Hose performance

Abrasion resistance: Due to the use of tungsten wire braided material, the hose of the video endoscope has extremely high wear resistance. Even in the long-term use process, the hose can maintain a good surface state and internal structure, and is not prone to wear, breakage and other problems.

Drop resistance: Tungsten wire material is not only wear-resistant, but also has excellent drop resistance. Even in the case of accidental fall or impact, the hose can effectively protect the internal optical system and electronic components to ensure the normal operation of the endoscope.

Flexibility: The hose of the video endoscope has good flexibility and can easily cope with various bending and twisting conditions. This allows the endoscope to move flexibly in a small space and achieve a comprehensive inspection of the inside of the workpiece.

Strength: The tungsten wire material gives the hose enough strength to withstand a certain amount of tension and pressure. This ensures that the endoscope will not be deformed or damaged during use, thereby ensuring the accuracy and reliability of the detection.

Waterproof: The hose is IP67 waterproof and oil-proof.

High temperature resistance: Some video endoscopes also have high temperature resistance and can work normally in high temperature environments. This enables endoscopes to be used in a wider range of industrial inspection fields, such as defect detection in industries such as automotive manufacturing, wind power, and ship power.