I. Showcase of Innovation and Technical Strength
As one of China's most influential platforms for high-tech achievements and technology transfer, the China International Patant Fair provides a valuable opportunity for companies to present innovations, explore markets, and deepen cooperation. This year Windtuner presented its full range of pressure scanners and offered live demonstrations that allowed visitors to experience the products' precision, stability, and intelligence firsthand.
Windtuner pressure scanners are designed with modular architecture, high-accuracy sensors, synchronized multi-channel acquisition, and intelligent calibration functions. These features enable seamless application across various test scenarios, including low-speed and high-speed wind tunnels, gas turbine experiments, and turbomachinery performance testing. The reliability and powerful data processing capability of Windtuner products earned high praise from researchers and engineers, further demonstrating its deep technical foundation and continuous innovation in flow measurement and control.
II. A Leading Domestic Brand in High-Accuracy Measurement and Control
Driven by the rapid development of industries such as energy equipment, aerospace, and automotive engineering, the demand for high-precision flow measurement systems continues to grow. The pressure scanner, as a core device for multi-channel pressure data acquisition, directly affects the accuracy of experimental results and the safety of industrial applications.
Windtuner has established a leading position in China's high-end measurement and control market through independent R&D and systematic technological advantages. Its products have become the preferred choice for research institutes, corporate laboratories, and industrial clients.
For example, in the field of gas turbine testing, China's domestic turbine industry has entered a phase of accelerated development. From the intensive rollout of the ‘Taihang 25’ series engines by AECC, to the successful high-efficiency grid connection of the Zhaoqing power plant, demand for high-accuracy measurement equipment has surged. Pressure scanners play an indispensable role in these projects by collecting real-time pressure data from multiple critical locations within turbine systems, providing a reliable foundation for performance optimization and operation safety.
With superior precision, strong stability, and exceptional anti-interference performance, Windtuner pressure scanners have been widely adopted by institutions such as AECC, CSSC, and CASC, becoming an essential part of China's high-end testing infrastructure.
Windtuner Ethernet Intelligent Pressure Scanner
III. The Core of Value: Accuracy, Intelligence, and Reliability
Windtuner's growing reputation is built on the comprehensive advantages of its technical performance, intelligent design, and system integration.
High-accuracy measurement: Windtuner pressure scanners use advanced silicon piezoresistive sensors, achieving an accuracy of ±0.05%FS and supporting high-speed, high-frequency multi-channel data acquisition. Whether in low-speed wind tunnels or in high-temperature, high-pressure turbine environments, they deliver highly stable and repeatable results.
Intelligent calibration: Each unit supports internal zero calibration, full-scale calibration, and custom multi-point calibration, enabling automatic calibration and data correction under diverse working conditions. This reduces manual intervention, minimizes human error, and enhances experimental efficiency. Intelligent calibration is ideal not only for laboratory research but also for long-term, high-load industrial operation such as gas turbine and engine testing.
Modular design and system integration: Each Windtuner module integrates 16 pressure channels and can be flexibly expanded according to the test setup. This adaptability makes it well-suited for complex experiments such as 3D flow field mapping, wind tunnel tests, and multipoint turbine measurements. In addition, Windtuner delivers a complete systematic solution-including pressure scanners, five-hole probes, measurement and control software, and data acquisition and analysis systems-creating a unified chain from measurement to insight.
High reliability and anti-interference performance: In demanding experimental environments, pressure scanners are often exposed to electromagnetic noise, temperature fluctuation, and vibration. Windtuner's anti-interference design ensures stable operation under such conditions, safeguarding the accuracy and safety of test data even during high-speed turbine runs or delicate low-speed wind tunnel tests.
IV. From Laboratory to Industry: Empowering High-End Testing Applications
Windtuner pressure scanners have been widely applied across aerospace, gas turbine, automotive, and energy sectors. In research testing, they are used for wind tunnel pressure measurement, flow field analysis, and aerodynamic validation; in industrial practice, they provide real-time data for gas turbine performance evaluation and turbomachinery optimization.
In a gas turbine project demonstration, Windtuner pressure scanners achieved real-time monitoring and synchronized multi-channel data collection at critical locations, providing essential support for full-load operation and efficiency optimization. When paired with Windtuner's self-developed five-hole probes, the system enables precise 3D flow field measurement. Windtuner's products form an integrated solution that supports aerodynamic design, turbomachinery optimization, and next-generation energy equipment development.
Through commitment to precision, intelligence, and reliability, Windtuner continues to crave a name as a innovator in high-accuracy measurement and control, driving the global wave of change across scientific research and industrial testing.
