Some users have found the softer levels too blurry, so they turned up the slider, while others found the sharpest setting too sharp for their taste and turned it down. ![]() The dynamic sharpen slider allows the user to adjust the sharpness level from a low level, where the image has a soft, film-like appearance, all the way up to the sharpest possible view where changes in anatomy jump off the screen. These two perspectives helped shape the Schick 33 software, which was developed to provide different task settings that could be adjusted depending on the diagnosis being made or the region of the oral cavity being viewed. Each clinician has unique tastes when it comes to radiography.Īs many oral radiologists will tell you, radiology is a subjective science with different clinicians having different opinions on what they see to be the most diagnostic image to their eye. Periodontic procedures require lower contrast images with more shades of grey to emphasize bone density and show the presence of soft tissue.Ģ. In developing the software, we considered the following perspectives:ġ. Different diagnoses require different image appearances.Įndodontic procedures need higher contrast with larger differences between shades to allow maximum visibility of the periodontal ligament, lamina dura and apices. Yet for the users of Schick 33, the software is what truly opens up the sensor’s diagnostic potential. In my last post, I gave an overview of the properties that make the Schick 33 sensor so outstanding. This is the second entry in a two-part series, the first of which appeared on June 28, 2013. Recently, he took the time to discuss the Schick 33 sensor. ![]() As product manager at Sirona, Joe Goldstone is responsible for knowing all the ins and outs of all of their platforms.
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