The display adopted film packaging technology, and the bending radius was less than 10mm. With the successful R&D of this flexible AMOLED display, Visionox had solved the technical difficulties of flexible substrate bonding and peeling, flexible film high-precision patterning, flexible screen film packaging, etc., and laid the foundation for the industrialization of flexible display technology for the next step.

The screen adopted LTPS TFT backplane and thin film packaging technology, and applied the pixel compensation circuit independently developed by Visionox. The stress problem of flexible backplane process was preliminarily solved. This flexible AMOLED display was larger in size than Visionox's flexible AMOLED displays of 3.5-inch monochrome, 3.5-inch and 4.6-inch full-color, which indicated that Visionox flexible AMOLED display technology had gradually matured.

The full-screen rollup with a bending radius of 3mm was realized for the first time according to internationally publicized information of  AMOLED displays. Such bending radius meant that the display could be rolled up into a cylinder with a radius of less than 3mm, and the thickness was only 20 microns, so its ultra-thin degree was already close to that of spider silk.

This flexible display sample could be opened and closed like a book, attracting lots of attention of the audience. The release of this sample ushered in the era of foldable display in China. In the near future, people might shift between mobile phones and tablets easily, which also indicated a new application direction for flexible electronics.

At the 4th World Internet Conference, Visionox exhibited for the first time its new flexible foldable screen full module, which was the first of its kind in the world. With a inner bending radius of 3mm, outer bending radius of 5mm, and the bending times exceeding 100,000 times, the technology was at the world's leading level, which was of milestone significance for the application innovation of terminal industry.

Visionox flexible foldable AMOLED tablet adopts a 7.2-inch flexible screen. While enjoying massive information output, it was thinner than that of the current mainstream smartphones, and at the same time, it met consumers' demand for large-size screens and portable products.

The product can realize two-way bending, in which the radius of internal and external bending was 5mm, and allows over 200,000 times of bending.

Visionox Flexible AMOLED 360° folding terminal application was equipped with a 7.92-inch mass-producible flexible AMOLED screen, with an outer folding radius of 8mm and an inner folding radius of 2.85mm, which can realize seamless switching of inner folding, unfolding and outer folding.

The innovative scheme realized mass-producible inner folding radius of 1mm, which was the smallest in the industry. It adopted On-cell touch display integrated technology and innovative module cover design scheme, and had passed 200,000 mechanical reliability tests. This product form was designed with a single screen pattern of "surrounding+folding inside", which equipped the terminal with the main and auxiliary screen functions at the same time, with double advantages of small folding radius of interior folding and information preview of external screen. Compared with the traditional folding scheme, the scheme reduced the power consumption of the whole machine as well as the total thickness of the screen module, further releasing the design potential for the terminal.

Visionox launched the industry's first "Flexible AMOLED Pocket-sized Rollable Projector", equipped with a 12.3-inch flexible AMOLED display, which can be used as a peripheral display when unfolded. The rollup radius of the whole module is only R10 (including CPI+HC protective layer+supporting protective layer), and the storage state is only 25mm×160.5mm. It is light and compact, like a highlighter, and can be put into a pocket to carry around.

Uses Visionox's 14" flexible AMOLED fully laminated rollable module, and improves the rolling performance through TFE thinning, integrated module cutting, stacking structure optimization, and collaborative development of rollable materials, so that the panel can have a R25mm rolling radius and be folded up to 50,000 times. With a flexible screen display, the laptop can be rolled outwards for storage, freeing itself from traditional laptop rigidity, and becoming more portable and easier to use.