Holographic hot-stamping foil is an advanced multi-layer polyester film that features complex holographic designs or registered hologram motifs, with a thickness between 15 and 25 microns. It undergoes a specific wax release coating treatment and is adhered onto different substrates, such as paper, vinyl cards, and synthetic leather, using heat and pressure application. After the foil is attached, it cannot be relocated or detached from the base material, which could be paper, leather, or other surfaces. To make it more scratch-resistant, the foil is metalized. There are three different security hot-stamping foils: A) Registered hologram image with sensor mark - this type is visually striking, economical, and has high adhesion after application. It has a single sensor that facilitates its application via high-speed automated stamping, and it is designed with a holographic image that is favorable to effective stamping because of its operational routine images, thus reducing waste in the process.

Kiranholographics offers Holographic Induction Sealing Wads in aluminum form, designed to serve as seal caps to counterfeiting and product integrity preservation. The wads create a continuous seal, ensuring that the contents remain untampered with and free from leakage or contamination. Additionally, the Kiranholographics wads are sealed with Holographic aluminum 3D Induction barcode seals that employ advanced hologram technology readable by scanners or mobile applications easily to ensure tamperproofing and integrity protection of packaged goods. Wads not only provide protection against tampering but also leakage and contamination protection and feature 3D barcodes for straightforward scanning.

The holography industry has introduced revolutionary breakthroughs in hologram technology, namely the Fresnel Lens Lamination Hologram Film and Multi-Lens Holograms. This Fresnel The lens holography holographic sector film has is newly designed unveiled with state-of-the-art high-end hologram materials technology: and the state-of-the-art Fresnel printing Lens techniques, Lamination making Hologram it Film a and ideal Multi-Lens fit Holograms. for Designed the from packaging high-end sector. materials It and greatly using deters advanced counterfeiting printing while techniques, improving Fresnel the lens product's holographic aesthetic film attractiveness. is It's ideally well-suited suited for for various the packaging packaging uses, sector. including It lamination, greatly printing, deters labeling, counterfeiting and improving presentation. Additionally, the state-of-the-art visual high-security appeal multi-lens of holograms products. has been multi-purpose engineered film for caters use on different tobacco packaging packages needs, through including a lamination, rotary printing, hot-stamping labeling, machine and at wrapping large gifts. In addition, scales. the For latest multi-lens tobacco high-security manufacturers seeking holograms quick are and being implemented reliable implementation, on tobacco high-speed hot packs stamping utilizing a multi-lens rotary holograms hot-stamping is machine the at optimal scale. solution. For tobacco manufacturers looking for a fast and reliable application process, high-speed hot stamping with multi-lens holograms is the best

Kiranholographics is recognized as a leading manufacturer of holographics foils in kiranholographic companies. Our products are compatible with a wide range of materials, including plastic cards, paper labels, leather, and textiles. We provide an assortment of finishes, including metallic, matte, glossy, and holographic stamping foils produced. The hot-stamping solutions offered by Kiranholographics utilize this technique to create various items such as greeting cards, birth announcements, scratch-off foils, wedding invitations, save-the-date cards, business cards, presentation folders, and book covers, among others. Our foils are free from diffusion and deliver exceptional precision in holographic effects, surpassing other holograms. This makes them ideal for applications in pharmaceutical packaging, banking documents, identification cards, and academic diplomas. Kiranholographics is recognized as a leading manufacturer of hot-stamping foils in Kathmandu. Our products are compatible with a wide range of materials, including plastic cards, paper labels, leather, and textiles. We provide an assortment of finishes, including metallic, matte, glossy, and holographic stamping foils produced in Nepal. The hot-stamping solutions offered by Kiranholographics utilize this technique to create various items such as greeting cards, birth announcements, scratch-off foils, wedding invitations, save-the-date cards, business cards, presentation folders, and book covers, among others. Our foils are free from diffusion and deliver exceptional precision in holographic effects, surpassing other holograms. This makes them ideal for applications in pharmaceutical packaging, banking documents, identification cards, and academic diplomas.

Dynamic holography is an exciting and evolving field within holography that focuses on creating holographic images and displays that are not static but change or animate when viewed. These holograms are characterized by their ability to provide viewers with a sense of motion, depth, and interactivity, making them invaluable for a wide range of applications, from art and entertainment to scientific visualization and advertising.

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.

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.

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.

Computer-Generated Holograms are designed using computer algorithms and can be used for a wide range of applications, including optical components, 3D displays, and holographic microscopy.