The Value of Pharmaceutical Packaging in a Variety of Applications

The drugs may be in solid, liquid, or gas phase, and the packaging should be able to meet the requirements for long-term storage of the medication. The past was when many medications were available in liquid form and administered by pharmacists at hospitals. But more recently, the solid dose forms which appeal to patients are becoming more commonplace.

In addition, the fierce competition among pharmaceutical companies. That sell over-the-counter drugs has resulted in an expansion in range of sizes, colors, and appeal of their Pharmacy Packaging. Additionally, use-dose packaging has become the norm for many prescription drugs, dramatically making it less likely to make dosage mistakes. A lot of the requirements for packaging are based on the region of origin. And include the labeling of materials, testing for material and tamper-proofing. Quality control, among others that are mandate by the law.

Jars, bottles tubes, bottles and jars

Glass is strong transparent, inert, is able to be customize to every size bottles, provides high temperature stability. And is colorable which allows for the protection of drug from sunlight. But, it is hard and heavy, making it expensive. Which means that drugs are not as widely distributed as well as stored in glass bottles than they were in the past century. Many bottles are becoming replaced by plastic.

Creams, ointments and thinner creams tend to be packaged in aluminum. Or plastic tubes to make it easier to usage, or in specially design pump bottles to store larger quantities. Plastic is more durable and readily made than glass. However, it may affected by leaching, especially when it is containing liquids. This is why numerous syrups and other liquid drugs are still sold in glass vials and bottles. Pharmaceutical Packaging.

Glass for medical containers is classified into three types: type 1. It is the strongest made of borosilicate glasses which is suitable for bottles, vials, and ampoules. Type 2 glass can soda-lime-silica, however it has a durable surface that is removed by the sodium ions of glass. It is typically appropriate for the storage of moderate water solutions. Glass of the Type 3 variety is typically compose of soda-lime-silica, and is the least durable. It is usually good for storing solutions that are not water-base and powders.


A variety of drugs that are liquid and solid are also available in a specific kind of glass vial refer to as an ampoule. Ampoules are typically use to contain chemicals. And drugs that are sensitive to air as well as those in which sterilization and an inert Pharmaceutical Packaging are essential. Gases can also kept in ampoules. The ampoule may pressurized using specific gas to increase durability of the liquid or solid drug. The glass used in the ampoule could modified to filter away harmful ultraviolet light.

Ampoules usually have colored necklaces around them which assist in identifying them in the event of their removal from their Pharmaceutical Packaging. And often have an indentation on the neck which assists in the alignment of your thumb in the event of cutting the ampoule. Glass ampoules have been criticise because of the danger of tiny glass fragments getting into the fluid. And then when administered to a patient in a vein.

This issue has been reduce by the modern design of ampoule However, numerous studies show that small pieces of glass remain released after breaking. Which is in correlation with the size of the ampoule along with wall size. The drugs are usually filter prior to being administered. However the smallest glass particles may remain in the ampoule and viewed to the organism as invaders.


If the substance is solid in the kind of a powder, it could given to patients in a sachet. These are usually make to the right dosage for the dose of administration. Similar to ampoules, sachets could be cleansed by noble gas in order to enhance the stability of the product. They are typically make of an amalgamation of foil and paper. They could printed in large sheets which can then be taken apart into individual sachets. These sachets could include powder instead of pills but, as they do not offer protection against crush. The pills are typically packaged in blister Pharmaceutical Packaging.

Blister packs

Some solid drugs can form tablets, or contained in gelatin capsules. Some liquid doses are also take as pills. Pills are usually deliver in blister sheets, thermo-set plastic packs that contain space for the drugs and are secured by a foil or card sheet. Blister packs are lightweight and inexpensive to make and also have the benefit of reminding users. That the medicine was consume through the method of access that is destructive.

Blister packs have been criticize for not being easy to use for a lot of users. Especially those who have dexterity problems. In fact, in numerous studies that compare the experiences of older people 65 using push-through blister packs. As well as peel-off blister packs, the former is generally regard as the hardest to open.

However, the benefits of the blister packs typically outweigh the accessibility issues. Due to the versatility of use and the security they offer. It is possible to make them transparent or opaque to provide UV protection. Or visibility and they are air-tight to provide security from humidity. The pockets that hold the pills are separate so that any breakage. Or contamination will not necessarily impact the entire medication.

Specialized packaging for administration

A variety of drugs are give by specific ways which require tools. For example, any drug that needs to be administer using the syringe or needle. And breath into the lungs using the help of an inhaler, sprayed into the eye with pipette, then sprayed into the nostril using an nebulizer.

In many instances they are administer to the consumer via the method of administration. That is include in the package of the medication. For instance disposable insulin pens that are single-use have a needle made of plastic. That injects the dose of insulin beneath the skin of the patient.

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