Plastic injection part 3D inspection
– Accurate measurement with 3D sensor with optical triangulation
– 3D surface inspection with SFS Algorithm
– letter recognition with 2D
– Accurate measurement with 3D sensor with optical triangulation
– 3D surface inspection with SFS Algorithm
– letter recognition with 2D
– 3D measurement with 3D sensor with optical triangulation
– TOE, CAMBER value measurement by each wheel with 3D sensor
– 3D measurement with 3D sensor with optical triangulation
– Higher improvement of letter recognition using height information from 3D
-3D inspection with 3D sensor with optical triangulation
-calculating the exact sealant’s Z step pulley via 3D scan, and getting a clear image different from the surrounded
-no need to inject fluorescent material into sealant at 3D inspection, so there is no problem about viscosity or volatilization due to fluorescent material injection
-detecting flaws such as sealant trace, width measurement and cut
– 3D measurement with 3D camera and Laser
– Vision measurement and Motion control
– Dispensing motion control according to extracted trace
– after Dispensing, checking with 3D camera(height, location, width)
– 3D measurement with 3D sensor with optical triangulation
– Using 3D for gap and flush where the existing 2D had difficulty in inspection
– gap and flush measurement of Door , Hood
– 3D measurement with 3D camera with optical triangulation
– Using 3D for part where the existing 2D had difficulty in inspection
– 3D measurement with 3D camera with optical triangulation
– Using 3D for welding trace where the existing 2D had difficulty in inspection
– 3D measurement with 3D sensor with optical triangulation
– Using 3D for part where the existing 2D had difficulty in inspection
– identifying models by measurement gear home