Vectoflow manufactures standardized and customized flow measurement technology for every application! Flow measurement systems and air data systems from Vectoflow reliably measure the following thermodynamic and fluid mechanics parameters (stationary & unstationary):
Engineered for turbomachinery, motorsports, aviation and wind turbine applications, our probes and systems are optimised in shape, size, and materials. Our innovative manufacturing process ensures robustness, guaranteeing reliable performance even in the most challenging environments.
Our probes and rakes as part of the Vectoflow system solution are the heart of flow measurement. Regardless of whether they are standard or adapted to your application, our systems reliably measure all relevant flow parameters such as angle of attack, flow velocity, Mach number, density and other thermodynamic quantities.
With options for high-frequency and high-temperature applications, we provide tailored solutions for a wide range of measuring tasks.
Thanks to our modular system, our components can be used individually or as a system solution. The entire measurement chain from flow probe, traversing unit, data acquisition hardware and software to real-time or downstream data evaluation is adapted by Vectoflow to your application.
We take care of the interface integration as well as any necessary hardware and software verifications.
A function library forms the core of the evaluation software. This can be integrated into any code and calculates the flow variables to be determined from the raw data.
For maximum user-friendliness, VectoVis Pro is available as measurement and control software. VectoVis Pro combines the function library with data acquisition from various components of the measurement chain, as well as control, post-processing and visualization tasks.
Our range of services includes high-precision angle and velocity calibration of your flow probes, pressure and temperature sensor calibration, frequency calibration for unsteady measurement systems as well as detailed FEA and CFD analyses. Our highly specialized additive manufacturing process can also be requested for complex component geometries.
