PharmpacNZ supplement packaging is essential in the pharmaceutical industry. It protects drugs during sale, storage and utilisation.

Tablet bottle packaging options range from bottles and blister packs to strips and strips, each offering advantages.

Bottles

PharmpacNZ supplement packaging is an incredibly versatile product with many design, material and finish options. You can mould it into any shape, colour and size you require while branding the bottles themselves helps promote the product or company.

Bottles offer several advantages over blister packs, which are single-use containers. Not only are they cost-effective, but bottles also tend to be weightier, shatterproof and water-resistant.

These containers can be constructed from various materials, such as glass and plastic, making them easily labelled and identifiable. Furthermore, their durability and recycling potential makes them an environmentally friendly choice for drug products.

Many pharmaceutical companies opt to use bottles for their medicines due to their affordability and ability to be shipped in bulk, which helps save on costs while making medicines more accessible to customers.

PET, HDPE and LDPE are three of the most prevalent bottle types. These can be found in household and industrial bottles such as peanut butter or drink.

These containers make an ideal drug packaging choice, as they store large amounts of medicine without being damaged due to light or air exposure. Furthermore, these can be produced quickly in large numbers at low costs – which is beneficial for smaller businesses.

Polyvinyl chloride (PVC) is another popular bottle material. This plastic has excellent flexibility, structural rigidity and small pore size, making it a great choice for packaging applications.

Additionally, it can be thermoformed to produce blister packs with a pore size of fewer than 20 microns – ideal for blistering liquid dosage forms like oral drugs.

Pore size is also critical in protecting the contents of a bottle from oxygen and moisture exposure, which can degrade medication inside. It could result in photochemical reactions or unpleasant odours.

Other bottle trends involve eliminating labels in favour of engraved information on the vessel itself and using collapsible bottles for bottled water. These can be refilled with different liquids, giving manufacturers more opportunities to market their products and build brand recognition.

Blisters

Blister packaging is a unit-dose pharmaceutical packaging designed to ensure patients take the correct medication at the appropriate time. It typically consists of plastic sheets thermoformed into cups or blisters which hold products securely. Blister packing is also often used to transport supplements, keeping them sealed and preventing tampering.

Blister packaging offers numerous safety advantages, such as reducing child poisonings and improving patient refill rates. Furthermore, it helps minimise pill count errors in pharmacy operations by relieving pharmacists from manually counting tablets from larger bottles.

Glass containers are more durable and accessible due to their weight; for instance, a 10-pill tablet packaged in a plastic container with an aluminium backing weighs around 3 g or 0.3 g per dose.

As such, this pack is one of the lightest and most cost-effective packaging solutions available. Furthermore, it can be custom shaped to accommodate specific products like small pills.

Strips

Strip packaging is a widely-used method to package tablets and capsules. It provides an easier-to-use alternative than bottled products, protecting the contents from air, light, and moisture.

Strip packaging is a method that involves inserting pharmaceutical products into pockets created between two continuously moving foil sheets, providing an ideal solution for items prone to tear or damage when handled.

It is a cost-effective and secure storing and shipping tablet bottle packaging method. It protects from moisture, oxygen, and light and can simultaneously store multiple medications.

Strip packs can be constructed from various materials, such as PET, paperback, and Alu-Alu (cold form). The process involves heat sealing and the mechanical formation of two inner plies to produce a unique product resembling blister packaging.

Producing a strip pack requires an efficient machine accommodating various tablet and capsule sizes. Make sure the device meets both your specific requirements and budget constraints.

Strip packages, unlike blister packs, aren’t prone to wrinkling or perforations. As such, they make for a better option for patients with arthritis in their fingers or elderly individuals.