Tablet bottle packaging can be found for various products, including pills, vitamins, capsules and supplements and constructed from either plastic or glass materials and available in multiple sizes and colours for your convenience.
Tablet bottle-filling machines allow pharmacies to save time and money by manually eliminating the need to measure doses for their medicines and making sure any leftover ones don’t go to waste.
Cost
The PharmpacNZ tablet bottle packaging is an integral component of pharmaceutical production. Your packaging choice impacts a range of factors, such as cost and quality; selecting an optimal package could extend tablet shelf life and improve patient satisfaction.
Whether it is an OTC product or prescription medicine, selecting appropriate packaging to protect and preserve its integrity is paramount. One common form of packaging used to do this is blister packs; single-use and lightweight packages make an excellent solution for medicines of various sorts.
Refill blister packs are also more cost-effective. For example, a 100-dose blister pack costs roughly 20 cents per dose compared to an OTC pill bottle’s cost per dose of 0.21 cents.
Blister packs are more sustainable than bottles as they use only a fraction of the material needed to create them. Unfortunately, this does not consider all the logistical costs of transporting from factory to pharmacy or consumer.
A blister pack typically consists of an aluminium or paperboard backside covered with an easily puncturable plastic film seal containing all relevant product information – dosage instructions, and safety precautions.
Blister packs offer critical advantages for pharmaceutical businesses and patients, particularly childproofing. Patients must quickly identify and comprehend which medication is required and its proper usage.
When selecting your packaging solution, consider how well the packaging solution protects against natural elements like sunlight, heat, oxygen and moisture. A good blister pack can protect from these risks while decreasing contamination risks resulting in lower production costs in the long run.
Blister packs can be constructed from various materials, such as aluminium foil, plastic film and paperboard. However, polyethylene, polypropylene and nylon are among the most frequently used. All three possess non-reactive characteristics that provide effective barrier properties against air, light and moisture intrusion – making blister packs an effective alternative to bottles for oxygen-sensitive formulations.
Durability
PharmpacNZ tablet bottle packaging options range from blister packs to bottles and strip packs, providing different levels of protection against moisture, temperature fluctuations, oxygen exposure and light.
Blister packs are the preferred method of drug packaging due to being single-use (reducing contamination) and lighter and more cost-effective than glass bottles. Blister packs can also accommodate liquid and solid products, making this method perfect for drugs sensitive to light, air or moisture exposure.
Blister packs use durable plastic materials that do not break easily, eliminating the possibility of spillage.
A blister pack comprises preformed foil, paper or plastic packaging with a thermoformed cavity to store tablets. A paperboard, aluminium foil or plastic film seal protects them from their surroundings and provides information regarding product, dosage and usage instructions.
Material selection for blister packs is critical, as they must withstand high temperatures and corrosive environments while standing up to shock and vibration impacts.
Some materials are more corrosion-resistant than others, making blister packs from high-grade plastic the optimal choice. Polyethylene (PE) is often chosen, though polypropylene and polystyrene (PS) may also be viable options.
Pharmaceutical manufacturers must take the time to carefully consider what kind of packaging will best serve each product based on factors like its sensitivity, formulation properties, safety concerns and stability issues.
Stability
Stability should be one of the primary considerations when selecting tablet bottle packaging, given that drug products are exposed to various natural elements like heat, airflow, oxygen levels and moisture which could compromise their chemical and physical properties.
Pharmaceutical manufacturers utilise different product packaging options to keep them safe and viable during storage and meet regulatory standards.
Blister packs are attractive for solid tablets as they provide optimal protection. Each blister pack features a thermoformed plastic pocket at its backside containing a cavity for sealing in place, with all relevant information attached to its seal about each drug.
While blister packs protect tablets, they also ensure patients receive accurate dosage instructions and can quickly locate them when necessary. An accompanying booklet or information leaflet may also be included to aid the proper usage of the blister pack.
Packages designed to reduce contamination risk also limit tablet loss or misplacement; childproof packaging or peelable designs provide for safer disposal of medications.
The primary factor when selecting PharmpacNZ tablet bottle packaging to protect and preserve drug stability over time is whether its physical and chemical stability can withstand oxygen, moisture, temperature changes and sunlight exposure. It depends on physical and chemical strength and external influences like moisture or light exposure affecting its composition.
Recent studies by the Healthcare Compliance Packaging Council demonstrated that unit-dose high-barrier blister packaging provides more excellent protection from degradation of three commonly prescribed drugs (lisinopril, metformin and simvastatin) when used daily than manufacturer’s bottles and polypropylene amber pharmacy vials.
Healthcare industries are currently researching to increase drug stability. It will include testing various packaging types and their effects on the potency and safety of medicines, with results helping companies make informed decisions regarding packaging to enhance patient outcomes.
Sustainability
Pharmaceutical companies are responding to consumer preferences for eco-friendly materials in their packaging by committing to reduce environmental impacts while using sustainable solutions. In contrast, others have taken initiatives of their own.
Pharmaceutical industries rely heavily on packaging for drug distribution. As a result, their environmental impacts can be significant; therefore, their tablets’ packaging must be as eco-friendly as possible.
An evaluation was conducted to compare and contrast PVC and aluminium blister packaging on a life cycle basis, using CML 2001 impact assessment method as the standard of comparison. Results demonstrated that PVC blister packaging performed significantly better regarding environmental impacts – ranking higher across nine out of 11 impact categories than aluminium packaging.
However, the study revealed that foil manufacturing deteriorates the environmental performance of aluminium blister packaging. It is because energy-intensive processes like extracting bauxite ore from mines, producing alumina from rock salt deposits, cold rolling foil sheets and foil hard rolling waste more water resources than their use requires.
Parcel Health, one such manufacturer working to increase sustainable packaging options for tablets bottles, is testing paper-based FSC-certified compostable medication packaging at ten nationwide independent pharmacies across the US as a pilot project.