“Preserving Safety and Efficacy: The Crucial Role of Pharmaceutical Packaging”
Packaging pharmaceutical products is a broad, encompassing, and multifaceted task. It differs substantially from food packaging and is equally as challenging. It requires the application of a large amount of scientific and engineering expertise to deliver a product to a world market.
Its practice focuses on information and knowledge from a wide range of scientific disciplines, including chemistry, engineering, material science, physical testing, sales, marketing, environmental science, and regulatory affairs, to name just a few.
What do you think about Packaging Engineer?
This broad general background is needed for -the design and development of every product produced by the pharmaceutical industry. Packaging is responsible for providing life-saving drugs, medical devices, medical treatments, and new products like medical nutrition (nutraceuticals) in every imaginable dosage form to deliver every type of supplement, bandage, liquid, solid, powder, suspension, or drop to people the world over.
- Supplement – Plastic and Paper
- Bandage – Paper and Paper Board
- Liquid – Plastic and Glass
- Solid – Flexible & Rigid Plastic, Glass and
- Powder – Flexible & Rigid Plastic, Glass and Paper
- Suspension – Flexible & Rigid Plastic, Glass and Paper
- Dropper – Plastic, Rubber, and Glass
- Gas – Aluminum, Steel, Glass, and PET bottle
It is transparent to an end-user when done well and is open to criticism from all quarters when done poorly. Everyone is a packaging expert, mainly when one evaluates how something designed to help a person hinders their ability to use the product.
It won’t describe everyone, but it will represent the broad families of packaging designed to deliver the many different and unique forms of a product or products to a patient.
It will introduce some of the chemistry of pharmaceutically active molecules and how they must be protected from the environment and the package itself. It will touch upon the packaging of nutritional products and supplements that are slightly removed from the normal realm of pharmaceutical products but are beginning to play a more significant role in treating disease.
Packaging for biological products can involve a slightly different set of requirements, and some of the unique differences and problems for packaging genetically modified biologically produced products are noted. Pharmaceuticals use various sterilization techniques that vary significantly from those used for foods.
Know-How temperature stability study of packaging material for pharmaceutical product
An introduction to some of these concepts will touch upon the multiple sterilization processes and the problems they present in drug and device packaging design.
Distribution of products is now more global than ever.
Mass customization of packaging to permit its use in multiple markets is a topic that needs exposition and discussion.
Environmental issues, including sustainability, will always be subjective to any packaging design. These topics highlight the breadth of knowledge a packaging engineer must master when developing and producing a widely accepted product.
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Hopefully, it will provide a ready reference replete with examples that provide a starting point for the design, development, testing, and execution of a new package for any pharmaceutical product.
These are the medicines we keep in our homes and many times carry with us to relieve unpleasant symptoms of things we think of as annoyances to everyday life, like the common cold, or for treatment of common conditions, including rashes, cold sores, dry eyes, and other minor problems.
It will discuss labeling and how copy and artwork are prepared for all types of packaging. Artwork typically sells a product in the OTC context; artwork creates a feeling about a product, an identity, and in some cases, a reason to choose one product over another in the consumers’ minds.
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Amazing.
So many different requirements, facets to packaging, and scientific, cultural, sociological, and environmental needs. Oh, and by the way, it also has significant regulatory and legal requirements outside the abovementioned things.
Packaging is an emerging science, engineering discipline, and a successful corporate contributor. Surprisingly it is something that few corporations have singled out as a stand-alone department or organization.
Packaging can reside or report through research and development (R&D), engineering, operations, purchasing, marketing, or the general administration department of a company. For most products produced in the food and pharmaceutical industries, it is the single largest aggregate purchase made by a company of materials critical to the product’s protection, distribution, and sale.
