Supports conversion of all intraoral X-rays, extraoral X-rays, intraoral color (camera) images, and extraoral color (digital camera) images.Ī single image that was acquired in Eaglesoft on a given date is converted and stored as a single image in Dentrix Ascend Imaging. tiff image file formats that DEXIS uses are converted.Īny version of DEXIS 10.x can be converted.Īny version of Eaglesoft 17.x and later can be converted. Images are converted to Dentrix Ascend Imaging in their current state, as displayed in Curve Capture.Īny version of DEXIS 9.x can be converted.ĭEXIS images are converted and placed in the appropriate Dentrix Ascend Imaging categories (intraoral X-rays, extraoral X-rays, intraoral color images, and extraoral color images).īoth the. The various file formats used by Curve Capture to save images are all supported by the Dentrix Ascend Imaging converter. Dentrix Ascend Imaging does not duplicate the template images as individual images. Dentrix Ascend Imaging converts Curve Capture template images and stores them in a Dentrix Ascend Imaging template. ![]() Metadata, including tooth numbers, date of acquisition, and associated images in an exam, are all converted.Ĭurve Capture duplicates template images and additionally saves them as individual single images. The current version of Curve Capture (Curve's Imaging module) can be converted.Ĭurve Capture images are converted and placed in the appropriate Dentrix Ascend Imaging categories (intraoral X-rays, extraoral X-rays, intraoral color images, and extraoral color images). Multiple images that were taken in XVWeb on a given date (using a Template/Mount) are converted and either put into the best matching Dentrix Ascend Imaging template, such as 4BW, FMX, or Tiled if no template matches well. Supports conversion of all XVWeb intraoral X-rays, extraoral X-rays, intraoral color (camera) images, and extraoral color (digital camera) images.Ī single image that was acquired in XVWeb on a given date is converted and stored as a single image in Dentrix Ascend Imaging. Metadata, including tooth numbers/anatomic region, date of acquisition, and associated images in an exam, are all converted. A conversion team member collects the imaging data from you one week prior to the desired conversion date.īrands and versions of imaging programs that can be converted Typically, you must schedule your imaging conversion at least three weeks in advance. Then, you schedule your imaging conversion. After the order is processed, a member of the Henry Schein One conversion team contacts you to verify the imaging program version and the amount of imaging data. To schedule an imaging conversion, first, contact the Henry Schein One sales team to place an order. Then, you send the hard drive back to Henry Schein One. When you receive the hard drive, a member of the conversion team remotely logs onto a computer in your office network and copies the necessary imaging data to the hard drive. The data from your previous practice management system must have been converted to Dentrix Ascend.ĭepending on the size of your previous image database, you must provide Henry Schein One with a copy of your imaging data in one of two ways:įor a database that is smaller in size, you upload your imaging data to a secure website directly from your office.įor a database that is larger in size, Henry Schein One sends you an encrypted hard drive. The imaging program must not be running as a stand-alone program with patients being entered directly into it. Your previous imaging program must have been integrated (bridged) with your previous practice management system. This offering provides the bulk, automated conversion of images and metadata from third-party imaging programs to Dentrix Ascend Imaging. ![]() Try the SOLO for 14 days and if you aren’t satisfied, return it for your money back.Image conversion is available for Dentrix Ascend Imaging for new customers. We are so confident in the SOLO low-dose performance that we guarantee it. Some sensor manufacturers take pride in their ability to take excellent images at high dose…this doesn’t make sense and unnecessarily puts your staff and your patient’s health at risk. Jazz Imaging chose proven, more reliable and still superior CCD technology for the SOLO sensor to optimize it for low x-ray dose. CMOS is excellent in high light situations, but have you ever noticed that your cell phone doesn’t produce good images in the dark…blame CMOS. Most dental sensor manufacturers have transitioned to lower-cost CMOS, which is notably used in cell phone cameras. This is the reason why imaging satellites such as the Hubbell telescope and the US Military continue to use CCD technology when image quality and dependability are mandatory. CCD sensors are preferred when higher reliability and superior image quality are required, particularly in low-light (low dose) situations.
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