(5) Pull-out lid The lid seal consists of two inwardly convex tongues (1-2 mm high, 2-3 mm long) and an inner plug in the lower part of the outer lid. The inner plug is about 3-5 mm high for the inverted hat shape, with an inwardly convex tongue edge along the circumference of the cap. The lower part of the bottle mouth has a convex edge, and two gaps (a little longer than the tongue of the cover) are distributed on the periphery of the edge. Under normal circumstances, the outer cover can idle on the bottle. When turning to a specific position (with an identification mark), the outer cover is disengaged, but at this time, because the outer cover is interlocked with the inner plug, a certain amount of force is required for pulling to overcome the friction between the inner stopper and the bottle mouth. This series of actions is difficult for children to complete, but it does not have any difficulty for adults or elderly people with certain identifying ability, and it does not affect reclosing.
(6) Single-dose anti-children pack This case is a single-dose package that prevents children from accidentally serving.
It consists of a flat elongate container with multiple cavities and a closure. Both ends of the plastic cover are designed with elastic tongues. Each cavity in the elongate box contains a single dose of drug and is sealed with a piece of peelable aluminum foil after filling. The ends of the plastic cover are covered with tongues. Insert the groove and tear the foil to get the tablet. This package can be re-closed.
As the opening of the package requires the opening and closing of the index finger (middle finger) and the combined action of grasping and pulling after the thumb, the child is difficult to complete. Especially when the length of the pillbox is more than 10cm, the child's hand is not open enough. This structure is simple and safe, and older people can easily open it.
(7) Bayonet child-proof bottle A bayonet-style cover, simpler than a labyrinth cover, and its principle is similar to a socket type lamp holder. Two small bumps (diameter 2-3mm) are uniformly distributed on the inner wall of the cap, and a continuous zigzag groove is designed on the bottle mouth. Adults can open the bottle cap according to the indicator mark on the bottle body. If the child is playing, only the bottle can be limitedly rotated. Due to the limited recognizing ability, it is difficult to open the bottle by continuous rotation in different directions.
The Environmental Protection Agency Regulations promulgated by the United States in 1981 attached sufficient importance to the above factors and the structural performance of bottles and closures, and made corresponding provisions: after initial tests, such as packaging styling, materials, capacity, closure materials, or lid linings Changes in cushions, etc., need to be tested again to confirm their protection of child safety.
The development of child safety packaging technology requires a close combination of knowledge in industrial design, child psychology, and creativity.
[3] Counterfeit Packaging (COUNTERFEIT-PROOF PACKAGING)
Fake and shoddy products can be said to be a cancer on the market. It not only drastically reduces the direct economic benefits of counterfeit companies, but also jeopardizes the immediate interests of consumers. With the development of science and technology, the superiority and extensiveness of counterfeit technology have put forward new requirements for anti-counterfeiting technology. Considering that anti-counterfeit packaging has high technical content and expansion of traditional packaging functions, it can be classified as "intelligent. package".
The so-called "anti-counterfeiting packaging technology" is: The main object is a product, which is not only part of the anti-counterfeiting part, but also an integral part of the packaging technology. Therefore, the anti-counterfeit packaging has the general functional features of the anti-counterfeit technology, and at the same time has its own characteristics suitable for the packaging of the goods.
At present, there are many anti-counterfeit packaging methods, and there are more than 100 types of anti-counterfeiting labels. However, from the overall analysis, the anti-counterfeit packaging technology focuses on the following aspects: anti-counterfeiting labels; special material processes; printing processes; packaging structures and other methods . The following types of technology are dominant.
(1) Laser holographic images The use of holographic printing technology to make anti-counterfeiting labels attached to the surface of packages is currently the most popular anti-counterfeiting means. Holographic images have high technological content due to the integration of lasers, precision mechanics and physical chemistry. For most small batch counterfeiters, the mastering of a full set of manufacturing techniques and the acquisition of manufacturing equipment are difficult to accomplish. Therefore, the effect of this technique is significant.
However, the embossed holographic anti-counterfeiting labels have not fully achieved their proper functions, and even appear to have forged signs.
Followed by the laser holographic technology with anti-counterfeiting features of new packaging materials and higher technology levels of holographic image identification technology. Holographic image technologies with better anti-counterfeit functions include: high-quality full-color true three-dimensional holography; complex dynamic hologram technology; encryption holography; digital holography; special hologram carrier technologies (such as hologram special imprint materials).
(2) Laser anti-counterfeiting packaging material The laser-treated material has the functions of anti-counterfeiting and decoration. It has changed the local anti-counterfeiting method marked by a small piece of laser hologram to achieve the overall anti-counterfeiting effect. The entire packaging has been laser-treated, plus the manufacturer's name, trademark, etc., is a large area of ​​the subject of anti-counterfeiting, counterfeiters can not start. In addition, the laser packaging material can display colorful colors under the illumination of light, and print patterns, so that the appearance of bright, strange optical effects add a new packaging, strange, beautiful feeling.
There are four major categories of laser-treated packaging materials:
1 Flexible bags: High-tech laser films are produced, then compounded with ordinary plastic films, and printed to form laser material flexible bags (called laser flexible bags).
2 hard box: one is to use a high-tech laser film, and then combined with cardboard, plus printing to form a hard box. The other method is to print on a general cardboard box and then compound it with a laser-treated glazing film to form a light-type hard box.
3 Laser Paper: Laser paper is made directly on paper. Laser paper production process is more difficult and costly. But its advantages are: easy to print, easy to handle, no environmental problems; some products must be packed in paper (such as cigarette), particularly suitable, such as cigarette cases, bottle stickers, labels, tax articles, calendars, gift packages and so on. In order to increase the anti-counterfeiting effect, manufacturers can use the special holographic pattern logo as the base pattern of the paper, plus the product graphics, make a unique special packaging paper.
4 There is also a laser-treated hot stamping foil - high-grade anodized aluminum products. With its special logo, it can be displayed in a multi-dimensional stereoscopic display. A dynamic screen can be designed by computer, and "light spot" encryption can also be reserved, and the main pattern can display different patterns at different viewing angles. This hot stamping foil is integrated with the packaging surface and integrated with the packaging to achieve the double effect of security and beauty.
(3) Stealth Marking System BioCode has successfully developed a brand new stealth marking system - using antibodies as a new material for manufacturing anti-counterfeiting labels.
This system consists of two objects: a marker compound added to the product and an antibody used to identify the presence or absence of a marker, if necessary, for quantitative analysis. Marking compounds are available for daily use chemicals, but must be durable, inert, and easy to mix with the product and comply with hygiene and regulatory requirements. These marks are usually mixed in a few percent of the product in trace amounts. Antibodies are specific biorecognition molecules, each of which recognizes or binds only one specific compound. There are two types of marker identification operations: field tests and laboratory tests. Both the presence and the absence of a precise amount of the marker can be tested, and any product that has been replaced or diluted can be measured. (To be continued)

Watch box insert a pillow or a foam with velvet in the box in order to protect the watch,like the below pictures.

Also box size is almost detain as 10X10X10CM or 9X9X9CM. 

Box style keep as below and did not change much.

The logo will be put on the top of box or inside of top of box, normally use hot stamp.

size and color could be customized according to your requires.




watch box1-16


pink-jewelry-box1-8





Watch Paper Box

Wooden Watch Box,Watch Packing Tin Box ,Pu Leather Watch Box,Plastic Watch Box

Shenzhen Haotuanyuan International Trading Co.,Ltd , http://www.luxurypaperbox.com