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There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1U, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1U, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1U, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1U, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1U, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1U, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1U, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1U, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1U, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1U, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1U, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1U, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1D, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1D, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1D, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1D, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1D, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1D, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1D, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1D, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1D, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1D, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1D, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 1D, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2U, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2U, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2U, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2U, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2U, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2U, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2U, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2U, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2U, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2U, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2U, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2U, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2D, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2D, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2D, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2D, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2D, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2D, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2D, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2D, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2D, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2D, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2D, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 2D, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3U, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3U, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3U, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3U, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3U, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3U, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3U, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3U, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3U, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3U, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3U, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3U, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3C, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3C, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3C, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3C, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3C, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3C, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3C, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3C, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3C, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3C, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3C, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3C, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3D, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3D, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3D, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3D, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3D, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3D, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3D, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3D, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3D, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3D, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3D, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 3D, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 4C, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 4C, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 4C, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 4C, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 4C, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 4C, direction X-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 4C, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 4C, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 4C, direction Y-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 4C, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 4C, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 4C, direction Y-minus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 6U, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 6U, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 6U, direction X-plus | |
There are 27 pcs black circular groups in the reference image. You should find the defective (abnormal) of this image. Whereas, the defective is that some white circles are generated beside of black circles. This image has 1-9 coordinate number in the horizontal direction, and the letters U, C, and D are placed in the vertical direction to find the defective position. In addition, the shift or rotation of the entire circular group is not considered defective. | images_SINGLE_NSOARTC_test | defective circle product, defect name tanshi_bend, location 6U, direction X-minus |
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