Product Description:
Our Laser Anti Fake Sticker is made from high-quality materials, ensuring durability and longevity. The adhesive type used is Permanent, with a Normal adhesive that ensures the sticker stays in place. The Die Cut is available in both Sheet and Roll Packing, making it easy to use for any application.
In addition to its ease of use, our Holographic Laser Security Sticker is also highly durable. It is Waterproof and Scratch-resistant, ensuring that the sticker remains in good condition even in harsh conditions. This makes it perfect for use in a wide range of applications, from food and beverage products to electronics and more.
Our Laser Anti Counterfeiting Label is the perfect solution for any business looking to protect their products and brand. Its holographic design makes it impossible to replicate, ensuring that your products remain safe and secure.
Don't wait until it's too late to protect your products. Order our Holographic Laser Security Sticker today and rest easy knowing that your products are protected from counterfeiting and fraud.
Features:
Laser laser anti-counterfeiting labels, also known as holographic anti-counterfeiting labels, are labels designed to prevent counterfeiting. These labels are created using laser color hologram plate-making technology and molded copying technology. Different plate-making techniques, such as dot-matrix dynamic glow, disposable special laser film, 3D optical micro-miniaturized background, colorful optical random interference, and uranium-miniaturized text in Chinese and English, can be used to create these labels.
The laser's characteristics, such as excellent directionality, high brightness, and monochromatic properties, make it a widely used tool in different fields. Laser processing, in particular, is a promising field of laser application that has proven useful in the production of anti-counterfeiting labels.
In conclusion, laser laser anti-counterfeiting labels are an effective solution to prevent counterfeiting. Through the use of innovative laser technology, these labels have unique designs and features that make them difficult to replicate.
Laser laser anti-counterfeiting labels
Also known as holographic anti-counterfeiting labels, laser laser anti-counterfeiting labels are designed to prevent counterfeiting by using laser color hologram plate-making technology and molded copying technology. Different plate-making techniques, such as:
- Dot-matrix dynamic glow
- Disposable special laser film
- 3D optical micro-miniaturized background
- Colorful optical random interference
- Uranium-miniaturized text in Chinese and English
can be used to create these labels. The laser's characteristics, such as excellent directionality, high brightness, and monochromatic properties, make it a widely used tool in different fields. Laser processing, in particular, is a promising field of laser application that has proven useful in the production of anti-counterfeiting labels.
In conclusion, laser laser anti-counterfeiting labels are an effective solution to prevent counterfeiting. Through the use of innovative laser technology, these labels have unique designs and features that make them difficult to replicate.
Technical Parameters:
Laser holographic transfer technology has been globally recognized as a promising anti-counterfeiting technique that serves as a new type of anti-counterfeiting packaging and printing materials. The development of this technology is based on the anti-counterfeiting requirements of the paper packaging industry, which has combined various disciplines of technology to create a process.
This process combines laser holographic molding, computer photolithography, special plate making, precision electroforming coarse and fine chemical, high-precision peeling, and other technology elements. The result of these combinations is the creation of a holographic plastic film that can be transferred onto the paper surface. This film, which is called laser holographic transfer paper, serves as an anti-counterfeiting material for packaging and security printing purposes.
Applications:
