New development trend of pharmaceutical plastic bo

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New development trend of pharmaceutical plastic bottles in developed countries

the pharmaceutical and medical device industries in developed countries attach great importance to the development of outer packaging. The R & D and production of the following new packaging materials and new pharmaceutical plastic bottles are expected to completely change the old appearance of traditional pharmaceutical packaging and make the packaging of pharmaceutical products leap to a new level. Next, the new development trend of medical plastic bottles is introduced from the use

anti child open plastic bottle with a pull cap

medicine bottle is the most common outer package of drugs. It can store both solid drugs (such as tablets) and liquid drugs (such as potions). In the 1980s, most of the medicine bottles produced in the world used glass as the bottle body material, and the lid used a metal unscrewing lid. The biggest disadvantages of this kind of bottle are: it is not resistant to long-distance transportation, the crushing rate is high, and the bottle cap is not tightly closed, which is easy to cause liquid leakage, microbial pollution, mildew of the internal medicine liquid, etc. This kind of old glass bottle has rarely been adopted by pharmaceutical manufacturers in western countries. Instead, it is made of plastic bottle and pull cap made of clear polyester material with high transmission frequency of 32kHz and meeting CLK clock requirements. These newly developed medicine bottles are not only transparent, but also resistant to falling, impact and biocompatibility. Some of them are very convenient to open due to the use of lid pulling technology

however, the pull cap transparent plastic medicine bottle also has some disadvantages: it is easy to be opened by children, which may cause accidental poisoning. For this reason, some foreign manufacturers have designed anti child opening plastic bottles with pull lids. This series of plastic lidded medicine bottles, called MAC lid 19500, is now on the market in the United States

new materials for moisture-proof and anti-seepage oxygen

some drugs and precision medical devices are easy to deteriorate or damage in a humid environment, resulting in reduced efficacy or even failure, as well as changes in the performance of precision medical devices. The outer packaging of such products should be made of materials that can completely isolate moisture and oxygen

not long ago, Alcoa flexible packaging company in Pittsburgh developed and launched a new general-purpose aluminum foil plastic composite outer packaging material (trade name coldform3000). This new packaging material can be used as the direct outer packaging material for drugs, syringes, disposable contact lenses and various precision medical devices. According to the relevant person in charge of the company, coldform3000 is a new composite material with excellent compactness, which is processed from high molecular polymer films such as aluminum foil, polyvinyl chloride (PVC) and polyurethane, which are 15% thicker than ordinary aluminum foil. The outer package made of coldform3000 can basically avoid moisture and oxygen infiltration, so it can greatly improve the shelf life of products

alcoa's other new composite material for the outer packaging of medical devices is safety pakplus. It is understood that this new packaging material is made of 25 micron aluminum foil and 50 micron polyethylene terephthalate (PET) film. Because of its good rigidity, safety pakplus is very suitable for the outer packaging of valuable drugs, which can prevent impact and isolate moisture and oxygen infiltration

telashealth packaging materials company in Pennsylvania, USA, recently developed a new flexible and transparent pharmaceutical packaging material, aclare. The transparency of the packaging material is similar to that of glass, and it can isolate moisture and oxygen infiltration after being made into a film. The material is made of new high molecular polymer raw materials (the manufacturer did not disclose its name). Even if the thickness of the packaging material is up to 1 inch, the contents can still be clearly revealed. Researchers expect that aclare transparent pharmaceutical packaging materials will be widely used in the packaging of pharmaceutical products. Its main purpose is to make medical devices, and the manufacturer should be contacted to replace the transparent tray and other outer packaging products of the device

multilayer extruded medicine bottles

some bioengineering drugs (such as protein bioengineering drugs) that need special storage conditions have become one of the main products in the pharmaceutical market. Their outer packaging must not only meet the requirements of conventional outer packaging such as external impact resistance and fall resistance, but also be able to isolate moisture and prevent oxygen infiltration

sabicinnovative plastic company of the United States (formerly a plastic company subordinate to General Electric but a developed venture capital industry company in Shenzhen) recently announced that the company has developed a new multi-layer extruded medicine bottle. It consists of three different layers of plastic materials: the outermost layer is nylon material (good impact resistance); The intermediate layer is polyetherimide (PEI) material; The innermost layer is a new polymer polycarbonate (PC) material, which has excellent biocompatibility and is suitable for the direct packaging of food, drugs and other products

this new multi-layer extruded medicine bottle has high transparency and good sealing, and can isolate moisture and oxygen. It can not only be used as the direct outer packaging of conventional blood products, such as human albumin and fibrin collagen, but also as the packaging material of various bioengineering drugs, such as interferon and various monoclonal antibody drugs. This kind of medicine bottle is made of the same material, which is very convenient for doctors and nurses to use

intelligent voice controlled flow medicine bottle

it is also reported that weatherchem, located in Ohio, USA, has developed a new type of lidded medicine bottle. It can accurately control the pouring amount of liquid medicine, and make the drops of medicine make a clear and audible ticking sound when pouring out. When taking medicine, the old man only needs to press the bottle cap with his thumb, pour the bottle body, and the liquid medicine in the bottle can flow out in a linear shape. As long as they count the corresponding ticking sound according to the instructions on the manual, they can know how many doses of liquid medicine flow out, so as to effectively prevent overdose. Relevant experts expect that this kind of medicine bottle with intelligent voice controlled medicine liquid outflow indication device will be welcomed by preparation manufacturers, and the market prospect is very broad

anti counterfeit medicine bottle

Alcan medicine bottle packaging materials company of the United States has developed a new plastic medicine bottle with an implantable electronic identity card (RFID) code. As long as a special scanner is aimed at it, you can get all the information about the product, such as the manufacturer, production date, product batch number, product name, etc. The bottle body of this kind of medicine bottle is buried in advance. It is regularly protected once every 3~6 months and put into the wireless scanning chip, which can be used for the outer packaging of a variety of medical products. Its biggest advantage is that it is difficult to copy

in addition, the National Association for automatic recognition and mobility recently announced that it has invented a new dot code, which can replace the bar code now widely used. This set of dot code is a regular pattern composed of several black dots on a white background. Dot code can provide up to 400 letters of information, so theoretically it can greatly exceed the product information contained in the existing bar code. The American Association of medical device manufacturers plans to use the dot code test on the outer packaging of medical device products

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