The device made possible to take a panoramic X-ray dental image in a single exposure. The company was started in 1964 as Palomex Oy to manufacture the Orthopantomograph®, a device for making panoramic radiographs invented by Finnish professor Yrjö Paatero. Since 2009, the company is owned by the American Danaher Corporation.
PaloDEx Group is a Finnish company making equipment for dental radiography. Mark Identification: DIGORA: Last Applicant/Owner: Palodex Group Oy Nahkelantie 160. Trademark Introduction: DIGORA TRADEMARK INFORMATION: PALODEX GROUP OY: Updated December 4, 2020: Sponsored Links. Follow future shipping activity from Palodex Group Oy.ĭigora is a Trademark by Palodex Group Oy, the address on file for this trademark is Nahkelantie 160, Fi-04300 Tuusula. See past imports to Citymedical Importacion De Productos Medicos C.a., an importer based in Ecuador.
IS SOREDEX DIGORA OPTIME MADE IN FINLAND SOFTWARE
1 The fact that the dynamic range was unaffected by software adjustment is an important and crucial finding. A wide dynamic range is necessary to accurately assess caries and periodontal disease. 1 When using the dental digital quality assurance (DDQA) radiographic phantom, when all 7 steps in the stepwedge are visible, it confirms that the image receptor is capable of acquiring a wide dynamic range. Discussionĭynamic range is defined as the range of x-ray intensities captured simultaneously by the image receptor.
The sharpness and gamma settings did not affect dynamic range. A radiographic phantom capable of measuring spatial resolution, dynamic range, and contrast resolution was used to assess image quality. Varying gamma values (0.8, 1.0, and 1.3) and sharpness filters (0, 15, 30, 40, 50, and 60) were adjusted to assess their effects on dynamic range. The exposure parameters required to achieve optimal diagnostic yield and a wide dynamic range were 63 kV, 8 mA, and 0.2 seconds.
IS SOREDEX DIGORA OPTIME MADE IN FINLAND PSP
Six brand new DIGORA Optime PSP plates (Soredex/Orion Corp., Helsinki, Finland) were used to assess the effects of software settings on dynamic range. 1 Given the multiple aspects involved with digital imaging, it is crucial to establish a quality assurance (QA) protocol that ensures the use of appropriate exposure factors for optimal diagnostic yield. These standards are specific for the image receptor (including acquisition software), the x-ray unit, and the computer monitor. The importance of quality assurance (QA) measures in intraoral digital imaging has been recognized by the American Dental Association. QUALITY ASSURANCE IN DIGITAL IMAGING: IT REALLY DOES MATTER Oral Surgery, Oral Medicine, Oral Pathology and Oral Radiology ( IF 2.589), Pub Date : , DOI: 10.1016/j.oooo.2020.03.012 A.K.
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