AI in Quality Control and Assurance
Keeping quality high in today’s fast-moving production world is a big challenge. Traditional quality checks have worked well, but they can be slow, require a lot of work, and are prone to mistakes.
Keeping quality high in today’s fast-moving production world is a big challenge. Traditional quality checks have worked well, but they can be slow, require a lot of work, and are prone to mistakes.
How do health and safety incidents affect your business? If a worker is injured or becomes ill, what kind of disruption does it cause? Is your productivity affected? What’s the effect on other workers in terms of workload or psychological health and well-being?
The Clarkson University Clean Snowmobile Team visited Creaform to refine and enhance its snowmobile designs with 3D scanners and scan-to-CAD software.
Clarkson University is a private national research university in upstate New York and a leader in technological education.
Outliers are values that don’t “fit in” with the rest of the data. These extreme values are commonly considered a nuisance when we seek to summarize the data with our descriptive statistics.
Maybe you’re pulling reports from three different platforms, trying to reconcile numbers that don’t quite match. Maybe you’re manually copying and pasting from multiple spreadsheets, hoping you didn’t introduce any errors along the way.
Fluorescein image with the OCULUS ImageCam 3 visualizes the accuracy of a contact lens fit on the cornea.
The slit-lamp examination is one of the most important diagnostic techniques in ophthalmology. It enables a detailed examination of the anterior, middle, and posterior segments of the eye.
The medical device industry is growing. Data from KPMG predict that global annual sales will rise by 5% per year to reach just under $800 billion by 2030.
It starts innocently enough. You want to ensure everything runs smoothly, so you check in often. You spot a typo in a presentation, so you fix it yourself.
A single-spin qubit probes nanoscale spin fluctuations to reveal magnetic interactions in quantum materials.
Working at nanoscale dimensions, billionths of a meter in size, a team of scientists led by the U.S. Department of Energy’s Oak Ridge National Laboratory (ORNL) revealed a new way to measure high-speed fluctuations in magnetic materials.
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