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.

Holographic Master Origination The Hologram Master Origination is based on the principle of using beams of light that can be divided and passed through lenses at different angles to create an interference pattern, which is recorded as an image onto a glass plate. This object is made of a nickel mold and plays a crucial role in holograms The production creation of it holographic helps masters to involves prevent the counterfeiting use of products. light To beams enhance and security, lenses we provide produce a combination interference-style of image security on features that glass is plate. unique These and masters different, play including a 2D/3D important hologram role master in plate, preventing dot-matrix counterfeiting, hologram as the image they origination, offer and an authentic variety color of hologram security master features image such created as by 2D/3D photographing hologram the image of another plate. created through laser optical recording, dot-matrix hologram images produced by infinite grating dots at varying angles, and authentic color hologram images formed through photographic techniques. Additionally, nickel molds are used as a safeguard in the production of holograms.

Digital holography, a patented technology, utilizes a video (CCD) camera to capture a hologram generated by the interference of a reference wave and a wave from the sample. The resulting image is transmitted to a computer where numeric techniques are employed to reconstruct a three-dimensional representation of the object, commonly referred to as 'image reconstruction'. Globally recognized as the premier provider of digital holography services, Kiran Holographics surpasses its competitors.

Holographic Lithography, also known as Lithogram Holograms, relies on the optical interference of multiple laser beams to create intricate designs with a single exposure. Unlike other techniques, it is both affordable and mask-free, making it ideal for large-scale photonic-crystal manufacturing. This method allows for intricate optical parameters, such as beam intensity, polarization, and incident angles, which lead to the creation of photonic crystals exhibiting a wide variety of lattice symmetries. Kiran Holographics is renowned for its exceptional lithography production.