What is the Dual Pixel 3D program?
In October 2026, Canon launched a free software application known as Dual Pixel 3D Converter, aimed at enabling users to convert still images into immersive 3D models without the need for specialized imaging equipment. The program relies on the Dual Pixel CMOS AF technology found in the sensors of the EOS R series cameras, where it analyzes phase differences between photodiodes within a single pixel to convert them into depth data and 3D details.
How does the program work?
The application uses a proprietary algorithm to process images and export them in OBJ, GLB, and MP4 formats. To ensure the best results, Canon recommends following specific guidelines when shooting:
- Camera settings: Set the aperture between f/5.6 and f/8, and use an ISO sensitivity not exceeding 3200 (with a preference for 1600 or lower to reduce noise).
- Subject selection: It is preferable to photograph objects with simple shapes and matte textures, such as flowers, ceramics, or food with rounded shapes, while avoiding highly reflective objects or those with very fine details.
- Shooting angle: It is recommended to shoot from a slightly elevated angle while leaving sufficient distance between the camera and the subject.
Compatibility and limitations
The program is not compatible with all Canon cameras; it is limited to specific models from the EOS R series that support the aforementioned Dual Pixel technology, which are: EOS R5 Mark II, R5, R6 Mark III, R6 Mark II, R7, R8 Mark II, R8, and R10. The program also requires the use of compatible RF lenses and currently operates exclusively on the Windows 11 operating system (2024 version or later).
What should users know?
Although the program is currently available for free via the official Canon website, the company indicated in its statement that terms of use and specifications may change in the future, opening the door to the possibility of it becoming a paid or subscription-based service. This program is a technical step toward enhancing traditional photography capabilities and integrating them into 3D work environments without the need for complex scanners.