Integration of Textile Testing Instruments and Development of Intelligent Automation

With the development of science and technology, people have entered the era of intelligence. This is also true of the textile testing field that has been in development for many years. All these are inseparable from the development trend of textile testing instruments in recent years. Textile testing instruments play an important role in textile testing. Whether it is the testing of raw material properties, fiber or yarn properties, or the prediction of finished products, new developments and new features have emerged.

At present, textile testing instruments show a trend of integration of functional integration, intelligent automation, application of multiple new technologies, and portable low-cost, high-speed and high-efficiency. In recent years, the global textile testing equipment has seen no small improvement and has scored many achievements.

For example, the development of the vibration fineness meter greatly improves the degree of automation of the fiber density test. The intelligent development is manifested in the application of various new technologies in textile testing instruments. For example, the rapid airflow method analyzer and the near-infrared spectrophotometer acne make full use of computer technology, while the optical fiber diameter analyzer makes full use of digital Image processing technology, laser scanners are typical examples of laser applications.

Sensors are indispensable components in textile testing instruments, and sensors are also upgraded from capacitive sensing to audio sensing and photoelectric sensing, which will greatly enhance the performance of textile testing instruments. At the same time, people want to achieve higher performance at a lower cost, and as the technology matures, the cost of the instrument is constantly decreasing.

With the new development trend of textile testing equipment, textile testing technology can be more precise, and the textile field has more room for development.