Shining 3D

(I) Company Overview: Founded in 2004, Shining 3D Technology Co., Ltd. is a technology innovation enterprise in the field of 3D vision. The company focuses on the R&D and application of high-precision 3D vision software and hardware, and is committed to becoming a globally influential 3D vision technology company, promoting the widespread application of high-precision 3D vision technology.
Headquartered in Hangzhou, the company has subsidiaries in Chengdu, Tianjin, Hong Kong (China), Stuttgart, Germany, San Francisco and Tampa, USA. The headquarters base covers an area of 33 mu, with a building area of 40,000 square meters. The company was listed on the New Third Board on August 8, 2014 (Stock Code: 830978).
(II) 3D Vision, Shining Precision: From 2D to 3D, from plane to solid, with the improvement of data acquisition and transmission performance and the upgrade of computer computing power, "3D vision", as a cutting-edge direction of machine vision, has gradually moved from specialized to general use, allowing machines to "understand" the world. Shining 3D focuses on the R&D of high-precision 3D vision software and hardware, establishing an accuracy standard for 3D vision measurement and creating the industry benchmark of "Shining Precision" to enable machines to "see accurately" the world.
(III) Technology and Innovation: Shining 3D has been dedicated to high-precision 3D vision technology for over a decade, holding nearly 300 authorized patents and more than 100 software copyrights. The company has independently developed core technologies including structured light stereo matching and 3D reconstruction algorithms, high-precision calibration algorithms for 3D vision measurement, high-quality 3D data intelligent processing and design software, core component design for cameras and projection systems, and integrated optical-mechanical-electrical-computational control system design.
The company has drafted the national standard "Technical Requirements for Dental Model 3D Scanners", the industry standard "White Light 3D Measurement Systems", and the national metrology technical specification "Calibration Specification for Optical 3D Measurement Systems Based on Structured Light Scanning". It has also participated in the national key R&D program "Research and Clinical Demonstration of 3D Printing Applications for Dental Restorations" and has undertaken more than 10 other important national, provincial, and municipal scientific and technological projects.
R&D personnel account for 36% of the total workforce, with about 40% holding master's or doctoral degrees. The company has established a provincial key enterprise research institute and a post-doctoral workstation in Zhejiang Province, and conducts scientific research cooperation with universities such as Zhejiang University, Peking University School of Stomatology, and West China School of Stomatology, Sichuan University.
(IV) Products and Business: Shining 3D's high-precision 3D vision technology is deeply applied in dental digitalization and professional 3D scanning (3D data modeling, 3D vision measurement and inspection). The company's products have been sold to over 150 countries and regions worldwide, with international business accounting for more than 50%.
Dental Digitalization Business: Provides digital solutions for visual consultation and treatment (restoration, orthodontics, implants, etc.) to dental institutions. Main products include intraoral 3D scanners, dental desktop 3D scanners, dental desktop high-precision 3D printers, and supporting design and clinical application software.
Professional 3D Scanning Business: Provides high-precision 3D digital solutions for design and visual inspection to industries such as automotive, aerospace, energy, heavy machinery manufacturing, transportation, electronics and electrical appliances, cultural relics and sculptures, medical and health, film and entertainment, virtual display, and education and research. Main products include handheld 3D scanners (mainly used for digital design, archiving, and visual interaction) and high-precision 3D visual inspection systems (mainly used for full-size 3D inspection).