This glasses frame inspector uses computer vision technology to measure the geometry of eyeglass frames. The device is equipped with a stereo camera that shoots the frames from different angles, producing a complete 3D image. It helps eyewear suppliers compare the frame with the client's presc-ription, reducing inspection time from 10 minutes to 10 seconds and boosting precision from millimeters to micrometers. Conventional eyeglass inspection relies mostly on optics and mechanics. This device marks the first use of computer vision technology for this task to bring ultra-high precision to the process.
The spectacle frame inspector uses computer vision technology to measure the geometry of the spectacle frame. The device is equipped with a stereo camera, which can take pictures from different angles and generate complete 3D images. It can help glasses suppliers compare the frame with the customer's prescription, shorten the inspection time from 10 minutes to 10 seconds, and increase the accuracy from millimeters to microns. Traditional spectacle inspection mainly relies on optics and machinery. The device marks the first time computer vision technology has been used for this task, bringing ultra-high precision to the process.

Thanks for watching!


Patent protection, commercial prohibition, once found will be investigated for legal responsibility, original is not easy, thank you for your cooperation!
Patent protection, commercial use is prohibited, once discovered, legal responsibility will be investigated according to law, original creation is not easy, thank you for your cooperation!