With rising public awareness of oral health,dental operating microscopes,a critical tool in modem stomatology,are facing challenges of technological innovation.To tackle this,a renowned surgical microscope brand partenered with ZRT.The brand integrated ZRT’s high-performance medical AI hardware solution into its microscope devies,binging a leap forward in the visual presentation of surgical microscopes.
As a microscope dedicated to dental applications, it magnifies images inside the oral cavity, enabling dentists to clearly observe fine details of patients’ teeth, gums and other oral structures, and thus improving the precision of diagnosis and treatment in dental procedures. Therefore, image display accuracy and efficiency are critical for equipment upgrades. To meet the manufacturer’s demand for high-precision image output, ZRT supplied GTX1650 4GD5 VPH GPUs as the solution, completely resolving the insufficient image clarity issue on the customer’s devices.
ZRT Solution Advantages
High-Definition Image Rendering：GTX1650 4GD5 VPH GPUs delivers real-time rendering of high-definition images for the microscope,enabling clinicians to assess surgical conditions more cccurately and improve surgical outcomes.
Low-Latency Video Transmission:by optimizing video encoding and transmission algorithms, GTX1650 4GD5 VPH GPUs enables low-latency transmission of real-time video for the device,ensuring error-free information delivery during surgical procedures.
Powerful Graphics Processing Capability:boasting outstanding graphics processing capability,the GTX1650 4GD5 VPH GPU supports advanced funtions such as 3D reconstruction and image analysis for the device,further improving surgical efficiency and precision.
Practical Application Case
In common dental root canal treatment procedures,conventional microscopes inevitably suffer from reduced image clarity and color distortion during image magnification,placing heavy reliance on clinicians’ surgical skills and experience.With ZRT’s solution deployed,clinicians can visualize the microscopic details of the pulp cavity through high-definition images even in complex root canal treatments.Fine internal structures of root canals become clearly visible,enabling more accurate diagnosis and treatment planning.Meanwhile,low-latency video transmission allows clinicians to communicate with team members in real time,ensuring precise control over every stage of the surgery.
After adopting the GTX1650 4GD5 VPH GPU,the pain points of the surgical microscope regarding image clarity,real-time performance and graphics processing capability are effectively resolved.This delivers remarkable improvements to the equipment and provides better medical services and experience for dental patients.
