'rainbow diffraction'

These holograms exhibit a full spectrum of colors when illuminated with white light. They are often used for decorative and artistic purposes, creating stunning visual effects.

Named after the French physicist Augustin-Jean Fresnel, these holograms use a simplified diffraction pattern to create 3D images. They are more compact and thinner than traditional holograms, making them suitable for applications where space is limited, like automotive head-up displays and augmented reality glasses.

Dot-Matrix Hologram Dot-matrix holograms are made from high-quality raw materials and consist of many tiny dots and pixels, each with its diffraction grating. Because of the number of effects, the dot matrix hologram has more security features than a 2d/3d hologram, making the holograms more secure. As a result, it is regarded as the best commercial security application. Kiran Holographics is the best manufacturer of dot-matrix holograms.

3D illusion promotional hologram images are recreated from a scale model or live subject that produces real depth and clarity with stunning rainbow color and gives ones brand product an esthetic looks. Many promotional holograms used for jewellery,wall hangings, key chains etc. Promotional holograms self-appeal and attract attention of consumers. We can shoot any live 3D model hologram of any character it can be a cricketer or cartoon character. Highly recommended for brand promotion purposes and kiranholographics manufacturer very high quality real depth 3d holograms.

E-beam Hologram developed by technology of the formation of micro relief originally developed for microelectronics.Electron Beam technology differ fundamentally from optical technologies because it uses electron beam, which can be very accurately focused with electromagnetic lenses. This e-beam technology can even achieve a resolution of 10 nm (0.01 micron). We can obtain e-beam holograms for Government of Rajasthan with special feature such as : High-resolution line patterns,Switch effect,Kinematic images,Concealed images,True color images,Micro-texts (25-150 micron),Nano-texts (~ 5 micron),CLR images (including dynamic and multilevel) to be controlled by special laser device,Images recorded by special shape pixels. Kiranholographics produce special forensic cryptograms—hidden diffraction images which can be identified only specialized Optical laboratories.