See how Shenzhen LED display manufacturers achieve seamless stitching

There are many enterprises that display products in China, but the technology concentration area belongs to Shenzhen LED display manufacturers. At present, seamless splicing technology is a special and demanding projection display application, which can realize multi-screen image fusion. A splicing technique that shrinks the splicing gap to a size that is completely coincident. Seamless stitching technology not only requires a complete super-large screen, but also has special requirements for projections used to project oversized images. The difference between the seamless stitching technology and the BSV liquid crystal stitching technology is that the gap is small. Many companies are studying seamless splicing, or Shenzhen LED display manufacturers have made breakthroughs in this regard.

How to completely solve the visual defects of the spliced large-screen picture being segmented and achieve complete seamlessness is a problem that Shenzhen LED display manufacturers must consider.

Throughout China's current large-screen splicing system, many display screens still have more stitching seams in the work. For example, the liquid crystal splicing system, the gap is too large, can not meet the needs of users; while the plasma and back projection large screen splicing system has more advantages than the liquid splicing technology, but from the perspective of its visual effect, there are still a large number The dividing line. Even if LCD, DLP, and PDP technologies are applied in engineering, only the gap can be reduced, and it cannot be completely eliminated. The seamless LED splicing technology can completely solve the problem of screen segmentation and achieve full seamlessness.

Shenzhen LED display manufacturers adopt seamless LED splicing technology, which can improve the screen resolution under a small area, ensure the texture of the picture, and meet the needs of users for close-range viewing. Compared with the existing splicing technology, LED physical seamless splicing enables cross-screen display. For seams, the level of the seam is not the size of the gap, but the problem of whether the gap exists.