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Top Bearing Computer Vision Models
The models below have been fine-tuned for various bearing detection tasks. You can try out each model in your browser, or test an edge deployment solution (i.e. to an NVIDIA Jetson). You can use the datasets associated with the models below as a starting point for building your own bearing detection model.
At the bottom of this page, we have guides on how to count bearings in images and videos.
40 images2 models
Bearing Stopper PlateBearing Stopper Plate AssemblyDrum Change (Empty)Drum Change InsertedDrum Change Output Fork 2Input Fork EmptyInput Fork Head EmptyInput Fork InsertedInput Fork ShaftInput Fork Shaft InsertedInput Shaft Assembly InsertedInput-Shaft-Assembly-EmptyJU & JG MY 21 Lower End SuccessJU&JG MY21 Lower End SUCCESSOutput Fork 01 InsertedOutput Fork 02 InsertedOutput Fork 1 Head EmptyOutput Fork 1 Tail EmptyOutput Fork 2 Head EmptyOutput Fork 2 Inserted
41 images2 models
Bearing-Stopper-Plate-Assembly-CorrectBearing-Stopper-Plate-Assembly-WrongDrum-Change-CorrectDrum-Change-WrongHandInput Shaft Assembly WrongInput-Fork-CorrectInput-Fork-Shaft-CorrectInput-Fork-Shaft-WrongInput-Fork-WrongInput-Shaft-Assembly-CorrectJU-JG-MY21-SUCCESSNot RequiredOutput Fork 01 WrongOutput Fork 02 WrongOutput Fork Shaft Spring WrongOutput Shaft Assembly WrongOutput-Fork-01-CorrectOutput-Fork-02-CorrectOutput-Fork-Shaft-&-Spring-Correct