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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.

The Hologram Master Origination works on the principle of sending light beams which can be broken and sent using lenses at a number of angles to create an interference pattern which is recorded in the form of an image over a glass plate. This artifact, made with a nickel mould, plays an important role during the making of holograms. The creation of holographic pictures helps masters counter product counterfeiting. By amplifying light beams and applying lenses, we produce an individual combination of interference-type security features on the glass plate. These features, which are both 2D and 3D holograms, are highly instrumental in preventing counterfeiting attempts. The hologram creation offers a genuine set of security features, including images produced by laser optical recording, dot-matrix holograms created by innumerable grating dots at various angles, and true color holograms created by photographic techniques. In addition, nickel molds are a protective feature in the hologram creation process.

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.

Hot-stamping machine The hot-stamp machine allows for instant hot foil embossing and printing. In this process, a dye is mounted and heated in a hot stamping machine. The product that needs the stamp is placed under the instrument. The metalized or painted roll-leaf carrier inserted between the two helps in pressing the dye. Stamping of the product's surface happens with dry paint or foil. The dye-stamping process is non-polluting because the materials used are dry. The relevant sections of the foil separate from the carrier material and get attached to the printing surface under pressure and heat. This technique helps produce business cards, greeting cards, novelty items, and promotional merchandise (plastics, paper, wood, leather, and cloth).

Hologram with 2-dimensional visibility. 2D Hologram is tamper-evident and comprised of two-dimensional layers with hologram pictures that visually put one behind the following that will result into three-dimensional effect. 2D Holograms have visual thickness because every surface has a different space in our eyes. 2d holograms has shinning on its first layer. We use several software to develop 2 d holograms such as Corel draw to design artwork in that we separate art into 2-3 layers and satisfy different colors to provide more visual thickness in 2 d hologram.

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.