Digital planting design software DentalNavi won the Beijing New Technology New Product (service) cer

Recently, the Beijing Municipal Science and Technology Commission announced the 17th batch of "Beijing New Technology and New products (services)" was selected for the public list, and Yake Wisdom (Beijing) Technology Co., Ltd. was named on the list, and the company's self-developed digital planting design software DentalNavi v1.1 was awarded the "Beijing New Technology and New Products (Services) Certificate"

The 'Certificate of New Technologies and New Products (Services) of Beijing Municipality' is jointly reviewed, evaluated, certified, and issued by the Beijing Municipal Science and Technology Commission, the Development and Reform Commission of Beijing Municipality, the Economic and Informationization Commission of Beijing Municipality, the Housing and Urban-Rural Development Commission of Beijing Municipality, the Quality and Technical Supervision Bureau of Beijing Municipality, and the Zhongguancun Science and Technology Park Management Committee. It aims to enhance the innovation capabilities of enterprises and drive the rapid development of high-tech industries. This certification is intended to promote the application of new technologies and new products (services), providing momentum for the improvement of enterprise innovation and research capabilities, and holds high authority.

Yake Intelligent (Beijing) Technology Co., Ltd. is a high-tech enterprise based in Beijing, specializing in the research, development, production, service, and after-sales of robotic oral surgery. The company's independently innovated and developed digital oral implant design software, 'DentalNavi,' obtained the Class II Medical Device Registration Certificate from the Beijing Municipal Drug Administration in July 2022.

This digital oral implant design software incorporates eight major functional highlights, including data reconstruction, data registration, crown design, implant planning, model encapsulation, guide design, surgical process simulation, and postoperative assessment. It can accurately and quickly assist doctors in preoperative planning, improving the efficiency of doctor-patient communication. Throughout the surgery, it provides full support for the robotic surgical process, ensuring the quality of the operation. Postoperatively, it enables real-time assessment of implant accuracy, achieving data quantification for a faster, more accurate, and more intuitive evaluation.