Digital Imaging

The system's features, including AI-powered automation and modular expansion options, help dental professionals improve accuracy and patient care.

A new service platform for DEXIS CBCT and intraoral sensor devices automatically checks device health to inform support agents when its time for updates or equipment replacements.

The landmark investment in dental artificial intelligence enables company to further expand its dental AI solutions and improve oral health outcomes for patients.

Company says investment, secured as part of recapitalization, is led by General Atlantic Credit’s Atlantic Park Fund.

This new CBCT scanner from PreXion has a variety of field of view options, enhanced image capture quality, and open-source platform compatibility.

[Sponsored] The company’s Dream Sensor and Open Sensor, as well as its strong support and software, allow clinicians to get the best diagnostic results.

Various digital radiography challenges due to factors like x-ray heads, sensors, and exposure times can affect practice performance. By applying a differential diagnosis approach, practices can find the solution and improve their image quality without breaking the bank.

Every year Dental Products Report surveys our audience to see what technologies are making the biggest impact on the way dental practices operate and the care they provide to patients.

This three-in-one intraoral imaging solution is designed for efficient diagnostics and documentation.

Doing the same thing the same way will never move your dental practice forward.

Radiation sensitivity shows a need for eye shielding during dental x-rays.

Leading dental support organization is rolling out Overjet's artificial intelligence to its alliance across the country.

Massachusetts federal judge finds no proof that the “color, shape and shades” of Overjet’s visualization tool are copyrightable and that its rival made materially false and misleading statements.

The dental magnetic resonance imaging system from Dentsply Sirona and Siemens Healtineers aims to enhance oral diagnostics through technology.

Pearl and Archy have partnered to integrate Pearl’s AI tool, Second Opinion®, into Archy’s practice management software, enhancing patient care and streamlining dental practice operations.

This new patient safety device is designed to help patients minimize the risks to their eyes from ionizing radiation.

This new scanner system touts accuracy in implant position measurement, making design easier and more efficient.

Pearl’s Second Opinion® disease detection technology will now be directly integrated into tab32’s cloud-based practice management software.

Dental students can now take advantage of Overjet artificial intelligence to detect, outline, and quantify oral pathologies in x-rays.

New study indicates using the edible strips can deliver the highest frequency of excellent and diagnostically acceptable images, with less errors.

Combining Videa’s AI image analysis solution with vVARDIS’ Curodont Repair Fluoride Plus offers a new solution for finding and treating early decay.

Vatech will research and develop artificial intelligence capabilities to enhance dental diagnostics.

The company announces strategic expansion of its CBCT imaging solutions for the North American dental imaging market.

This new intraoral sensor from DEXIS houses multiple features that improve upon the company’s original Titanium Sensor.

This investment group has announced its latest investment into dental artificial intelligence, with its support in Pearl.

All the latest dental product launches from April 29 - May 3, 2024.

Denticon, Cloud 9, and Apteryx will now be fully integrated, smoothing out digital workflows for both general and orthodontic practices.

The company’s compact digital x-ray sensor boasts same high image quality as the Size 2 Open Sensor.

Expanded partnership between the 2 companies makes Detect AI available to Dentrix, Dentrix Ascend and Ascend Academic customers.

New partnership is designed to provide Carestream Dental users with greater confidence when interpreting 3D images, and a better understanding of CBCT imaging.