Hologram with 2-dimensional visibility. 2D hologram is tamper-evident and comprised of two-dimensional layers with hologram photos that visually place one behind the following that will result into three-dimensional effect. 2D Holograms have visual thickness because each surface includes a different area in our eyes. 2d holograms has shinning on its 1st layer. We use many software to develop two d holograms like Corel draw to style design in that we separate art into 2-3 layers and satisfy different colors to supply a lot of visual thickness in 2d hologram.

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.

Flip-flop holograms are a mesmerizing and highly secure type of holographic sticker. What sets them apart is their ability to change their image or color when viewed from different angles, as if they are "flipping" or "flopping." This dynamic effect makes them not only visually appealing but also extremely difficult to replicate, making them an excellent choice for anti-counterfeiting measures and brand protection.

Pulse holograms represent a specialized and cutting-edge application of holographic technology that is designed to capture and recreate extremely fast events or phenomena, typically on the timescale of femtoseconds (one quadrillionth of a second) or picoseconds (one trillionth of a second). These holograms have found applications in scientific research, particularly in the study of ultrafast laser interactions, and in various advanced technological fields.

Multi-channel holograms are a sophisticated form of holographic technology that goes beyond traditional holograms by incorporating multiple images or scenes, each viewable from different angles. These holograms offer a dynamic and engaging viewing experience, allowing observers to see different aspects of the holographic content as they change their perspective.

Full-parallax holograms are designed to provide a 3D view from all possible angles, making them highly immersive. They are commonly used in holographic art installations, 3D mapping, and virtual reality simulations.

Phase holograms capture not only amplitude information but also the phase of the light waves. This allows for more precise control over the reconstruction of 3D scenes and is particularly useful in applications such as holographic microscopy and optical trapping.

Multi-plane holograms use multiple planes or depths within the same holographic image. This creates a layered effect, allowing viewers to see different aspects of the scene from various angles. These holograms are used in art and interactive displays for their depth and complexity.

Transparent holographic ID overlays Holographic overlays prevent ID card copying or duplication. Only certain viewing angles reveal the hologram image, allowing the underlying ID card information and photo to be seen. The long-lasting film material prevents alterations to the underlying ID card data. Overlays are a less expensive alternative to re-issuing ID cards. An overlay can be used to re-validate existing cards. Kiran Holographics is the best holographic overlay manufacturer.