Pharmaceutical packaging is a complex process. This includes design, printing, assembling and finishing. Pharma products have special requirements that must be met by a trusted print partner. They need to be safe, sterile and readable.
On-Dose Labeling
The pharmaceutical industry is a regulated and inspected one, with important information conveyed through labeling. This can include a product’s manufacturer title, dosage recommendations and ingredients, as well as expiration dates, control numbers and other data that is subject to change from batch to batch.
To ensure that this information is available and accurate, manufacturers use printed labels to apply onto each bottle, box or container. These labels should be legible across the product’s life cycle and include all applicable labeling requirements.
In addition to the drug’s name, strength and route of administration, dispensing labels should also state the patient’s dose. They should be complete and understandable to the patient and should not contain errors or omissions. This can help reduce the risk of misreading dosing instructions.
Medication Patches
Transdermal patches are an alternative method of drug delivery that delivers a pre-prescribed dose of medication over time. They offer a number of benefits over pills, powder, or liquid medications.
In addition to being non-invasive, they have also been shown to improve medication adherence in patients with strong sensitivities to injections or oral medications. This is particularly true for small-molecule medications and for those with mental disorders such as schizophrenia.
When developing a new drug, it is important to work with a pharmaceutical packaging contract development and manufacturing organization (CDMO) that has experience in transdermal patch development. They will have a team of professionals that are knowledgeable about different types of equipment, materials, and processes. They can ensure your project is successfully developed to meet your needs and timeline.
Foil
Aluminum foil is a key material for pharmaceutical printing packaging due to its superior barrier properties, which help to keep medication in good condition. It is also impenetrable to moisture, oxygen and other gases, as well as micro-organisms and light.
However, there is a way to reap the benefits of foil without increasing production waste. Leading pharma equipment supplier Hapa offers a solution that eliminates the need for aluminum reel deliveries and scrapping, enabling an in-house pharmaceutical foil printing system.
In the pharmaceutical industry, blister packs are used to pack tablets or powders into individual cavities. The tablets are sealed in the plastic push-through blisters by a cover of aluminum foil that is coated with heat seal lacquer or another sealing agent.
Paper
Packaging for pharmaceuticals is an essential part of the manufacturing process, and it is a key factor in maintaining the quality and safety of drug products. This includes ensuring that the drugs are kept in perfect condition during transit.
A wide variety of materials are used for pharmaceutical printing packaging, including glass and plastic containers. These materials are chosen for a number of reasons, such as their tamper evidence and child-resistant features.
Paper is a common material for pharmaceutical packaging, and it serves many purposes. It is particularly used in blister packs and syringe pouches. It also plays an important role in on-demand medication printing.
Flexo
Flexo printing, or flexographic printing, is one of the most common methods used for printing on paper and packaging. It's an effective method for printing on uncoated or coated papers, carton board, liner board, aluminum foil, and various types of plastic films.
For example, flexographic printing can produce laminate tubes and labels for pharmaceutical products. It can also be used for printing on corrugated packaging and in the production of outer wraps for food packages.
Compared to other print methods, flexo is a cost-effective and environmentally friendly option. It uses low-cost supplies and has little maintenance. It also uses fewer solvents and toxins than other print processes.
Comments
Post a Comment