3D Light-Field Vision Applications

Customer-Inspired Example Setups

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Quality of 3D Results strongly depend on Optimal: Illumination Setup Main Optic Lenses One-Time Initial Metric Calibration Light-Field Camera Model Choice Software Parameter Settings

Example Application Camera Model Field-of-View Width (X) in mm Field-of-View Height (Y) in mm Depth-of-Field (Z) in mm Minimal Working Distance in mm Maximal Working Distance in mm Lateral Resolution (X,Y) in microns Depth Resolution (Z) in microns Max. Frame Rate in FPS
Pin & Connector Inspection R50 75 57 15 130 610 19 35 30
Pin & Connector Inspection R42 20 14 9 170 350 5 12 7
Pin & Connector Inspection R8 20 14 9 170 350 10 20 30
Small Parts and Hard-to-Access Areas R12macro 22 17 15 250 400 11 20 330
Flat Panel and Mobile Device Display R50 90 68 16 135 660 23 50 30
Semiconductor Solder Paste R50macro 12,1 9,2 1,1 48 3,1 1,5 30
Semiconductor Bonding Wires, PCBs, SMDs, MLCCs R26macro 7,8 7,8 1,1 48 3 2,5 80
Semiconductor MEMS Scanner R12micro 0,65 0,44 0,06 20 0,7 0,4 60
Small Parts Pick&Place and Bin Picking R12 45 34 15 450 22 40 330
Pick & Place Robotics R50 500 380 300 450 2100 160 800 30
Gesture Recognition R26 300 300 300 420 2000 140 600 80
Face Recognition and Detection R26 500 500 500 670 3200 250 1000 80
Phenotyping and Plant Growth Research R50 300 300 300 420 2000 140 600 30
Microscopy Cell Characterization R12micro 0,22 0,15 0,01 0,19 0,25 0,25 60
PIV/PTV: Stent / Aneurysm Particel / Fluid Flow Mechanics R12macro 60 45 45 140 1000 30 150 330
PIV/PTV Headlamp Flow Model R12 300 225 300 430 2000 150 1000 330
Example Application Camera Model Field-of-View Width (X) in mm Field-of-View Height (Y) in mm Depth-of-Field (Z) in mm Minimal Working Distance in mm Maximal Working Distance in mm Lateral Resolution (X,Y) in microns Depth Resolution (Z) in microns Max. Frame Rate in FPS
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