Customisation of pneumatic probe
All kinds of pneumatic probe design and manufacture
Micron scale 3D printing technology
10000+ probe manufacturing experience
Technical data
Probe shapesComb,rake, etc.
Measurement point shapesSleeve, straight,ball and socket
Minimumhole diameter0.4mm
Probe shapesL-shaped,straight,comb,rake,mesh,etc.
Measurement point shapesSphericalsurface,spherical,conical,etc.
Minimumhole diameter0.2mm
Speed range0~2Ma
Angle range≤±30°
Probe shapesL-shaped,straight,comb,rake,mesh,etc.
Measurement point shapesSphericalsurface,spherical,conical,etc.
Minimumhole diameter0.2mm
Speed range0~2Ma
Angle range≤±45°
Probe shapesL-shaped,straight,comb,rake,mesh,etc.
Measurement point shapesSphericalsurface,spherical,conical,etc.
Minimumhole diameter0.2mm
Speed range0~2Ma
Angle range≤±60°
Probe shapesL-shaped,straight, etc
Measurement point shapesSpherical
Minimumhole diameter0.2mm
Speed range0~0.95Ma
Angle range≤±160°
Product Gallery
Design and manufacture of Windtuner pneumatic probes
Apply the world-leading micron-level metal additive manufacturing (3D printing) technology
Smaller aperture:Through additive manufacturing technology, the blocking rate is smaller and the aerodynamic performance is better.
More accurate positioning:The probe is printed in one go, allowing for a more complex probe structure.
Higher strength:Optimize the geometric mutation positions to reduce the problem of stress concentration.
Integrated services are tailor-made
Demand clarification:The customer communicates and confirms the relevant parameters of the flow field.
Probe design:Design the probe scheme according to the test requirements.
Probe processing:Determine the manufacturing process and carry out material preparation and processing.
Probe calibration:Calibrate the probe using a professional calibration wind tunnel.
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