Application Fields of Pressure Scanners

With the rapid advancement of industrial automation and precision testing technologies, accurate pressure monitoring has become essential for the efficient operation of modern industrial systems. As a high-precision solution for multi-point pressure measurement, pressure scanners offer multi-channel acquisition, high accuracy, and synchronized data collection. These advantages make them widely used in industrial testing, scientific research, and process monitoring.

Leveraging extensive industry experience, Xi'an Ketu Test Technology Co., Ltd. (KETU&TEST) is dedicated to the development and manufacturing of high-performance pressure scanners, providing reliable and accurate measurement solutions for customers across multiple industries.

Aerospace Industry

In the aerospace sector, wind tunnel testing is a critical method for studying the aerodynamic performance of aircraft. Pressure scanners play a vital role in these experiments. During wind tunnel tests, pressure taps installed on the aircraft model are connected to a pressure scanner, which measures the pressure distribution across different points on the model surface in real time. By collecting and analyzing these data, engineers can study the aerodynamic behavior of the aircraft under different flight conditions, including varying angles of attack, airspeeds, and airflow environments. These accurate measurements provide essential data for aerodynamic optimization, helping improve aircraft performance, efficiency, and fuel economy.

Pressure scanners are also widely used in aerospace engine testing, where they monitor key parameters such as combustion chamber pressure and turbine inlet and outlet pressures. This ensures stable and efficient engine operation under different working conditions and contributes to flight safety.

Automotive Industry

With increasingly strict requirements for engine performance and emission standards, pressure scanners are widely used in automotive engine development and testing. In combustion chamber testing, pressure scanners measure dynamic pressure variations inside the chamber. These measurements help engineers analyze the combustion process and optimize key parameters such as fuel injection strategies and ignition timing. As a result, combustion efficiency can be improved while reducing harmful emissions.

Pressure scanners are also used in turbocharger testing, where they monitor intake and exhaust pressures to ensure stable operation of turbocharging systems under different working conditions. This helps improve engine performance while maintaining fuel efficiency and meeting environmental regulations.

Energy Industry

In the energy sector, accurate multi-point pressure monitoring is essential in applications such as oil drilling and chemical production. During drilling operations, pressure scanners monitor pressure at multiple locations simultaneously. This allows engineers to adjust drilling parameters in time, preventing accidents such as blowouts or well collapse and ensuring safe and efficient drilling operations.

In chemical plants, pipelines, reactors, and other process equipment require strict pressure monitoring. Pressure scanners enable simultaneous monitoring at multiple measurement points, allowing operators to quickly detect abnormal pressure conditions and take corrective actions to maintain stable and safe production processes.

Mechanical Manufacturing Industry

Hydraulic and pneumatic systems are widely used as power sources in mechanical equipment. Pressure scanners are important tools for monitoring these systems. In hydraulic systems, pressure scanners measure the inlet and outlet pressures of key components such as hydraulic pumps, cylinders, and valves. By analyzing the pressure data, engineers can quickly identify issues such as leaks, blockages, or component failures, enabling timely maintenance and improving system reliability. Similarly, in pneumatic systems, pressure scanners help ensure stable operation and improve overall equipment performance. As high-precision instruments for synchronized multi-point pressure acquisition, pressure scanners are widely used across many industries. The pressure scanners developed by KETU&TEST feature accuracy up to ±0.05%FS and adjustable sampling rates from 0 to 10 kHz. In addition, they are equipped with KT software, independently developed by KETU, which allows customized functional modules according to specific testing requirements.

In the future, KETU&TEST will continue to invest in research and development to provide advanced testing solutions and contribute to the progress of high-precision measurement technologies.