This issue explores cutting-edge developments in dental practice: from pioneering trauma management in Asia to innovative aesthetic solutions for 'black triangles'. We delve into modern approaches to indirect pulp capping and the game-changing potential of photobiomodulation in orthodontics. The issue rounds off with essential leadership insights on fostering patient-centric environments and strategies for attracting and retaining top dental talent.

>> FlipBook Version (Available in English)

>> Mobile-Friendly Version (Available in Multiple Languages)

Click here to access Asia's first Open-Access, Multi-Language Dental Publication

PreXion Unveils Advanced CBCT Scanner for Dental Imaging

New Expedition Model Promises Enhanced Image Quality and Reduced Radiation Exposure

PreXion, a leader in dental imaging technology, has announced the release of its latest Cone Beam Computed Tomography (CBCT) scanner, the PreXion Expedition. This new model aims to set a new standard in dental imaging with its advanced features and improved image quality.

Cutting-Edge Technology for Superior Imaging

The Expedition CBCT scanner incorporates several technological advancements to deliver high-quality images. A key feature is the new IGZO (Indium Gallium Zinc Oxide) flat panel detector, which produces clearer images with reduced noise while consuming less energy. This technology, also used in curved gaming monitors and smartphone displays, marks a significant step forward in dental imaging capabilities.

Other notable features include:

  • 360° rotation scanning for higher resolution images
  • 110kV high X-ray tube voltage for optimal image quality across various tissue types
  • 0.3mm X-ray tube focal spot, one of the smallest in the industry
  • Voxel sizes ranging from 0.06mm to 0.3mm
  • 16-bit grayscale for smoother, higher resolution images

Balancing Image Quality and Patient Safety

PreXion has placed a strong emphasis on minimizing radiation exposure without compromising image quality. The Expedition model features pulse irradiation and a low-dose mode, allowing for precise examinations while keeping patient safety at the forefront.

Versatility in Clinical Applications

The new scanner offers multiple Fields of View (FOV), including 5x5cm, 8x8cm, 12.5x10cm, and an optional 15x15cm. This range makes the Expedition suitable for various clinical situations, from endodontic procedures to full mouth treatments.

Dr. Lou Graham, a dentist who has been using PreXion’s technology for over five years, shared his experience:

“Over these past 5 years, the training and service have been second to none and if you’re investing in such a piece of equipment, it is essential both of these criteria be 100%. Add the great images and easy software interface, my entire multi-specialty users just love our unit.”

PreXion emphasizes that every aspect of the Expedition CBCT Scanner, from manufacturing to customer support, is developed in Japan. This approach ensures rigid quality control standards and comprehensive customer support.

Industry Impact and Future Outlook

The release of the PreXion Expedition CBCT Scanner represents a significant development in dental imaging technology. As practices increasingly adopt advanced imaging solutions, the impact on diagnosis accuracy and treatment planning could be substantial.

While the long-term effects of this technology on patient outcomes remain to be seen, the initial reception from dental professionals appears positive. As the dental imaging landscape continues to evolve, it will be interesting to observe how competitors respond to PreXion’s latest offering.

The information and viewpoints presented in the above news piece or article do not necessarily reflect the official stance or policy of Dental Resource Asia or the DRA Journal. While we strive to ensure the accuracy of our content, Dental Resource Asia (DRA) or DRA Journal cannot guarantee the constant correctness, comprehensiveness, or timeliness of all the information contained within this website or journal.

Please be aware that all product details, product specifications, and data on this website or journal may be modified without prior notice in order to enhance reliability, functionality, design, or for other reasons.

The content contributed by our bloggers or authors represents their personal opinions and is not intended to defame or discredit any religion, ethnic group, club, organisation, company, individual, or any entity or individual.

Leave a Reply

Your email address will not be published. Required fields are marked *