Large-format 3d printing - Import export

3D Lenticular printing which is used to feel 3D Lenticular Effects such as depth, flip and animation from flat surface without any extra material like glasses. The biggest size of lenticular sheet is 120x240 cm. Lenticular print could be described as a specially prepared image which allows viewing different images at different angles when connected with the lenticular lens. So left and right eyes able to see different particular images at the same time. These different images process in the brain as a whole image. We call this illusion as depth, flip and animation effects. Quote is based on: 1.Quantity 2.Size 3.Designs 4.Packing details Payment Terms :Cache Minimum Order :10 Pieces Lead Time :10 Days Packaging: Wooden Box

Our printing house makes large format prints . We print on banners, roll-ups, winders, A-boards, large posters , mesh nets and other advertising media. We also perform UV printing on hard substrates , including plexiglass, Dibond composite panels, PVC, HIPS, STADUR plates and traditional aluminum sheets. We guarantee high quality of printing and fast order fulfillment. We invite advertising agencies, marketing offices and cultural institutions to cooperate with us

Our offer also includes solutions in the field of large-format printing, which is an effective advertising medium for, among others, to build a brand. Large-format printing comes in a variety of forms and has become a permanent feature both as an important technique in the advertising industry and as a permanent element of our everyday life, from advertising banners, billboards, to shop windows. In fact, this type of solution gives more possibilities, thanks to which many companies outdo themselves with ideas that combine aesthetic values, commercial potential and solid workmanship. This type of printing is also widely used in the decorative industry, as evidenced by posters, photo wallpapers or carpets made using this technique. In a more professional language, multi-format printing is a modern printing technique that allows the transfer of a digitally stored image to a large-surface material .