Morphological surface analysis to study cell viability
In this study, we show non-invasive morphological surface analysis techniques matching well-assessed biochemical methods to clearly distinguish physiological from pathological cells.
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The medical market works with highly demanding quality control and quality assurance standards. Sensofar’s 3D optical profilers enable fast, non-invasive and accurate control of the manufacturing process, as well as the prediction of function performance of a wide range of medical samples.
Surface roughness measurements of dental, knee, hip or spinal disc implants.
Complete 3D measurement of surgical drills and milling cutters.
GD&T measurements and reverse engineering through CAD comparisons.
Shape and surface roughness measurements of pills and capsules.
High resolution measurements of powder crystals.
Compliance with ISO 14607:2018 for non-active surgical implants.
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Are you interested in solutions for the optical inspection of stents?
Are you interested in solutions
for the optical inspection of stents?
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An intense amount of implant research has been focused on the development of new surface treatments to increase surface roughness, aiming to enhance the biological response and ultimately, the osteointegration.
An intense amount of implant research has been focused on the development of new surface treatments to increase surface roughness, aiming to enhance the biological response and ultimately, the osteointegration.
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