AMOS film

• It belongs to micro-lens integrated imaging, where micro-lenses correspond one-to-one with micro graphics and texts. By matching the curvature and focal length of micro-lenses, micro graphics and texts are magnified by a certain ratio to present effects such as sinking, embossing, orthogonal movement, and surface deformation
• It offers excellent full-view spatial imaging and anti-copying capabilities, and represents the development direction of optical security technology
• It achieves independent control of key technologies and leapfrog development, and establishes independent intellectual property rights
• This technology is primarily applied in fields such as ID cards and tickets
• When combined with technologies such as platinum relief, it can be used in labels, signs, high-end packaging materials and other fields
• The structure is capable of delivering functions such as bacteria inhibition, UV resistance, and shielding

Metas film

• Metas utilizes algorithms to form discrete structures from a single image. All these discrete structures are imaged through micro-lenses onto a focal point, and presented as a complete image. It can achieve effects such as plane depth of field, curved surface, and spatial three-dimensionality
• It adopts independently developed algorithms, demanding high precision in lithography, molds, and double-sided precise molding
• Strong visualization; extremely high alignment difficulty; arbitrarily distributed light-field imaging; non-periodic structure
• It is mainly used for ID cards and tickets, and can also be combined with effects such as platinum relief

Sims film

• Based on the principle of Fresnel lens imaging, it can form a variety of effects such as plane, 3D, multi-depth of field, and a mix of multiple effects. It accommodates any base film thickness and is suitable for applications in transfer/composite positioning films/papers. It can also be made into thermoprint films and labels. It supports stable batch production