본문바로가기

Global dental innovator Dentium has successfully concluded its participation in the 30th Dental South China 2025 International Expo (DSC 2025) in Guangzhou, showcasing a wide range of innovative technologies, including implant systems and advanced medical devices. Amidst the Chinese dental industry's growing interest in artificial intelligence, the company's AI-powered features, particularly the AI Occlusal Plane technology within the bright CT, Dentium 3D Viewer, garnered significant attention from local clinicians.


텍스트, 지도, 포스터, 그래픽 디자인이(가) 표시된 사진

AI 생성 콘텐츠는 정확하지 않을 수 있습니다.


The accompanying academic sessions showcased the world-class clinical cases of Chinese presenters, alongside sophisticated surgical techniques from leading European experts. Notably, several presentations demonstrated how innovative industrial technologies are being applied in China to overcome complex clinical challenges and achieve excellent treatment outcomes, signaling a bright future for Chinese dentistry. The collaborative and enthusiastic atmosphere confirmed the immense potential for continued growth and academic exchange in the region.


Amid a competitive landscape marked by the rapid advancement of local Chinese digital equipment, Dentium underscored the need for a dedicated strategic focus to maintain a leading edge. The company presented its suite of digital solutions designed to simplify complex implant procedures and maximize treatment efficiency, including the bright CT, bright Implant, DASK Simple, and OSTEON™ XENO. The showcase generated a strong positive response and high interest in the bright Implant, which was successfully launched in China this past August.


실내, 사람, 의류, 컨벤션이(가) 표시된 사진

AI 생성 콘텐츠는 정확하지 않을 수 있습니다.


A hands-on session provided clinicians a chance to experience the bright Implant and DASK Simple kits firsthand. Feedback from visiting dental professionals was highly positive; one attending professor praised the "potential for simplifying procedures and reducing treatment time," while another dentist noted that the technology "offers a new vision for the Chinese dental industry."


Advanced AI Integration with bright CT

A major focus of the exhibition was the bright CT, an innovative system that evolves beyond conventional diagnostic-focused CBCT to become an integral part of the entire treatment workflow.


Low Dose, High Quality: The bright CT Low Dose (LD) model can capture images at a minimal dose—as low as 10% of the national diagnostic reference level in Korea—offering less radiation than a standard panoramic X-ray while providing the precision of CBCT. This makes it a safe option for sensitive patients, including children and pregnant women. The system overcomes the limits of low-dose imaging by using an AI De-noising algorithm to produce exceptionally clear images and features an advanced Metal Artifact Reduction (MAR) algorithm to ensure precise visualization near metallic restorations.


AI-Powered Software: The accompanying Dentium 3D Viewer software empowers clinicians with a range of AI tools. The AI Occlusal Plane function automatically sets the occlusal plane based on anatomical landmarks, which is invaluable for planning prosthetic and surgical treatments for edentulous or ambiguous cases. The software also includes a Virtual Set-up function and a Check Bite feature, which allows clinicians to digitize a patient’s stable occlusion from a temporary crown for highly precise prosthetic fabrication.


Virtual Cephalometric Imaging: The 2-tile version of the bright CT can generate Virtual Ceph images without requiring a separate cephalometric unit. This is achieved through proprietary stitching technology that creates a large Field of View (17.5 x 15 cm). The Virtual Ceph module then supports an AI Tracing function that automatically detects and analyzes anatomical landmarks, enhancing the accuracy of orthodontic diagnosis and planning.

Building on its success at DSC 2025, Dentium will host a bright™ Implant-focused forum in Eastern China from October 19th to 20th to further strengthen its academic exchange with local dental professionals.


Next Prev

SITEMAP