Eliminate the sources of variation by letting processes flow. AIR x uses deep-learning algorithms created from a database of 10's of thousands of images to automatically detect patient anatomy and prescribe MRI slices for routine and challenging neurological and knee exams, delivering consistent and quantifiable results. The automated workflow creates efficiency and reproduces steps used in planning to ensure exam consistency for same patient follow-up.

Claims:
-5x faster exam setup and 4x fewer clicks with AIR x
-Automatic MR slice prescription with AIR x
-Helps eliminate rescans and scanning inefficiencies.

Eliminate the sources of variation by letting processes flow. AIR x uses deep-learning algorithms created from a database of 10's of thousands of images to automatically detect patient anatomy and prescribe MRI slices for routine and challenging neurological and knee exams, delivering consistent and quantifiable results. The automated workflow creates efficiency and reproduces steps used in planning to ensure exam consistency for same patient follow-up.

Claims:
-5x faster exam setup and 4x fewer clicks with AIR x
-Automatic MR slice prescription with AIR x
-Helps eliminate rescans and scanning inefficiencies.

Eliminate the sources of variation by letting processes flow. AIR x uses deep-learning algorithms created from a database of 10's of thousands of images to automatically detect patient anatomy and prescribe MRI slices for routine and challenging neurological and knee exams, delivering consistent and quantifiable results. The automated workflow creates efficiency and reproduces steps used in planning to ensure exam consistency for same patient follow-up.

Claims:
-5x faster exam setup and 4x fewer clicks with AIR x
-Automatic MR slice prescription with AIR x
-Helps eliminate rescans and scanning inefficiencies.

Eliminate the sources of variation by letting processes flow. AIR x uses deep-learning algorithms created from a database of 10's of thousands of images to automatically detect patient anatomy and prescribe MRI slices for routine and challenging neurological and knee exams, delivering consistent and quantifiable results. The automated workflow creates efficiency and reproduces steps used in planning to ensure exam consistency for same patient follow-up.

Claims:
-5x faster exam setup and 4x fewer clicks with AIR x
-Automatic MR slice prescription with AIR x
-Helps eliminate rescans and scanning inefficiencies.

Eliminate the sources of variation by letting processes flow. AIR x uses deep-learning algorithms created from a database of 10's of thousands of images to automatically detect patient anatomy and prescribe MRI slices for routine and challenging neurological and knee exams, delivering consistent and quantifiable results. The automated workflow creates efficiency and reproduces steps used in planning to ensure exam consistency for same patient follow-up.

Claims:
-5x faster exam setup and 4x fewer clicks with AIR x
-Automatic MR slice prescription with AIR x
-Helps eliminate rescans and scanning inefficiencies.