Typical challenges
- Extreme gas temperatures and steep thermal gradients in hot-gas paths.
- Tight inter-blade access/tip clearances; minimize clogging and flow disturbance.
- Strong unsteadiness requiring kHz-range frequency response.
- Rig vibration/mechanical loads; need for precise, repeatable traverses.
What we deliver
- High-temperature capability up to 1800 °C and integrated cooling channels.
- Custom AM (3D-printed) geometries with ultra-small channels, thin walls, and optional integrated sensors.
- High-frequency flow measurement solutions up to 5 kHz.
- Part integration: embedded probe heads in instrumented parts/vanes; AM integral designs with tuned natural frequency.
Our Solutions
DESIGN & PRODUCTION
Additive Manufacturing at Vectoflow
Additive manufacturing is at the heart of Vectoflow’s probe technology. Using advanced 3D-printing processes, we create lightweight yet extremely robust probes with geometries that conventional manufacturing cannot achieve. Complex internal channels, compact multi-sensor designs, and fully integrated features enable reliable flow measurement even under the most demanding aerodynamic and thermal conditions.
All Under One Roof
Our in-house facilities in Gilching (Germany) allow us to move seamlessly from concept to finished probe – combining design, production, and calibration under one roof. The result: tailor-made flow measurement solutions that deliver accuracy, durability, and unmatched flexibility for every application.
Customizable
through Additive Manufacturing
Robust
Extreme Robustness by Design
Certified
Trusted & Field-Proven
TRUSTED BY INNOVATORS WORLDWIDE
A selection of satisfied customers
CERTIFICATION
Certified Quality You Can Rely On
Vectoflow is proudly certified according to ISO 9001 (Quality Management), ISO/IEC 17025 (Testing & Calibration) and is in the process of achieving EN 9100 (Aerospace Quality Management).
