Smarter Systems, Beyond Hardware
Windtuner pressure scanners are known for accuracy, responsiveness, and stability. Each scanner handles sixteen synchronized pressure channels and runs reliably in wind tunnel experiments, gas turbine research, engine flow-field tests, and more. The real leap forward, however, comes from how Windtuner tightly integrates these scanners with intelligent software.
WindLabX measurement and control software is built with LabVIEW visual programming and includes modules for device auto-recognition, parameter configuration, real-time acquisition, data management, and curve analysis. WindLabX runs seamlessly with Windtuner PSI9216, DSA3217, and other pressure scanners, driving a complete workflow for device control, data acquisition, calibration management, and analysis output on a unified platform. Experiments run faster, data quality rises, and researchers gain a smarter way to manage aerodynamic testing.
WindLabX: Turning Complex Experiment Management Into a Streamlined Workflow
Windtuner maintains a professional software engineering team that delivers fully customized measurement and control software for clients working with wind tunnels, air ducts, fans, compressors, gas turbines, and engines. These platforms support advanced testing, measurement, control, and data-monitoring requirements. Every solution is highly customizable, built with a friendly interface, and compatible with a wide range of hardware.
WindLabX is not a generic software package. It is an intelligent platform tailored for fluid mechanics and aerodynamic research. The architecture is modular, enabling WindLabX to scale into either a distributed data-acquisition network or a centralized test-control platform. Researchers configure the system freely based on their experimental needs.
In large wind tunnel experiments, WindLabX synchronizes multi-channel measurements through LAN or networked multi-device setups. In university and enterprise labs, the system deploys quickly and runs immediately after installation.
WindLabX supports multi-task parallel acquisition and displays real-time pressure-fluctuation curves across all channels. Built-in algorithms perform dynamic filtering and error correction, achieving accurate, consistent aerodynamic data even in demanding test conditions.
Researchers can customize UI layouts, define alarms, write calculation formulas, generate reports automatically, and share data across multiple hosts. This turns the entire cycle—from operation to analysis and decision-making—into a unified digital workflow.
WindLabX supports diverse hardware protocols and data interfaces, including third-party acquisition devices, forming a true cross-platform aerodynamic data ecosystem. With strong algorithm integration and visual monitoring capabilities, WindLabX lets researchers define sampling logic, computational rules, and display formats, meeting the high-level customization needs of institutes, engine manufacturers, and university laboratories.
Driving the Era of the ‘Digital Laboratory’
As laboratories worldwide adopt digital, automated workflows, Windtuner strengthens its innovation efforts by integrating hardware and software into a powerful measurement and control system. Windtuner pressure scanners deliver accurate data acquisition, while WindLabX automates analysis, calibration, and data sharing. This evolution moves aerodynamic testing from “accurate measurement” to “intelligent measurement,” transforming complex flow-field experiments into efficient, reliable digital processes. Trust Windtuner to help make smarter flow-field measurement.
