Press releases, press photos and other material for editorial coverage of Windtuner.

23  Oct  2025

Performance and precision are essential for a pressure scanner. Equally important is the R&D strength, technical expertise, and service capability of the manufacturer of said pressure scanner. For professional users working on aerospace, automotive engineering, and fluid mechanics projects...Among the growing number of brands on the market, Windtuner stands out with its strong technical foundation and proven reliability.

22  Oct  2025

For a long time, many domestic institutions and enterprises have relied heavily on imported equipment in fluid measurement and control experiments, resulting in long procurement cycles, high maintenance costs, and limited technology updates. As high-end domestic measurement technologies advance, Windtuner’s Ethernet Intelligent Pressure Scanner is emerging as a professional alternative, helping research teams and enterprises achieve cost efficiency without compromising performance.

21  Oct  2025

Windtuner has earned recognition as a trustworthy supplier of pressure scanners through its full-chain technical service system and solid industry reputation. From hardware and software integration, to calibration and technical support, Windtuner provides clients with comprehensive, high-efficiency measurement and control solutions. Our tailored solutions for your specific situations ensure precision experiments and validations are no longer limited by equipment or service constraints.

20  Oct  2025

Windtuner is redefining aerodynamic testing with its high-precision five-hole probes, engineered to deliver accurate measurements in complex three-dimensional flow fields. Widely used in wind tunnel experiments, engine development, and aerodynamic performance testing, these probes capture detailed airflow velocity, flow direction, turbulence intensity, and other critical parameters, providing engineers and scientists with the data needed to optimize designs and elevate performance.

17  Oct  2025

Across aerospace, engine performance testing, automotive wind tunnel research, and energy system monitoring, pressure scanners serve as the backbone of high-precision measurement. Their accuracy directly defines the reliability of the entire testing system, which can only be ensured through proper recalibration;for any enterprise that values credible, traceable results, choosing a qualified and accredited institution is critical.

16  Oct  2025

The five-hole probe anemometer developed by Windtuner represents a new generation of high-precision aerodynamic measurement technology, integrating compact design, modular structure, and advanced sensing algorithms. With applications spanning aerospace, aviation, wind energy, and fluid mechanics research, it delivers accurate aerodynamic data that underpin wind tunnel experiments, flight tests, and turbomachinery performance studies.

15  Oct  2025

Recently, Windtuner showcased its high-precision pressure scanner series at the 14th China International Patent Fair. This exhibition demonstrates Windtuner’s influence and technological excellence in the pressure measurement industry. With advanced technical capability, proven product reliability, and full-chain service strength, Windtuner once again drew wide attention from the aerodynamic industry.

14  Oct  2025

On October 13, the 14th China International Patent Fair made a grand opening at the Dalian International Conference Center. The event brought together technology enterprises and industry experts from across the world, highlighting cutting-edge innovations and practical solutions. As a representative enterprise of the Dalian High-Tech Zone, Windtuner presented its flagship product—the Five-Hole Differential Airspeed Probe.

13  Oct  2025

The five-hole probe, as a representative of multi-hole aerodynamic probes, plays an essential role in three-dimensional flow field measurements. Its unique five-aperture geometry head design is available in spherical, conical, or pyramidal forms. This practical and advanced design accurately captures key parameters such as total pressure, static pressure, flow velocity, and flow angularity.