Market Trends of MEA Medical Devices Packaging Industry
This section covers the major market trends shaping the MEA Medical Devices Packaging Market according to our research experts:
Increasing role of IoT in Medical Packaging
- IoT in healthcare systems may track every package of medicine, track the medication action of every tablet or capsule, and display all prescription information for patients. For this aim, the rise of Intelligent and Interactive Packaging (I2Pack) format is a good fit for smart devices. The I2Pack is the next generation of medical packaging that integrates RFID, energy harvesting, sensing, communication, and other capabilities over existing packaging media to connect with consumers.
- The information fetched and carried by packaging will change from static to dynamic, and the flow of information will change from single-directional (product-to-consumer only) to dual-directional (both product-to-consumer and consumer-to-producer); as a result, the I2Pack will be able to take on more responsibilities than just containing and protecting goods.
- Smart packaging based on the Internet of Things can assist in restricting the entrance of chemicals into healthcare facilities, which can be linked to security measures and the correct patient to ensure traceability. In order to combat counterfeiting and illicit recycling in emerging markets, this is critical.
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Pouches is Expected to Hold Major Share
- Pouches are often used containers for tiny to medium-sized soft and semi-soft medical supplies supplied in unit numbers, and they are resistant to damage during shipping and storage. IV administration sets, Intravenous (IV) catheters, dialysis disconnect caps, minor surgical equipment, wound dressings, diagnostic test packs, and dentistry supplies are among the items that can be stored in pouches. In medical device packaging, a variety of films are employed. These materials are extremely versatile and come in a number of forms, including mono films, laminations, and coextrusions.
- The pouches were made of laminated paper with polyolefin layers. Uncoated nonwoven polyolefin materials are widely employed in the production of heat-sealable pouches. Some aspects that cater to the need include sterilizing methods (e.g., the material must bear high temperatures) and protection requirements (e.g., strong puncture resistance).
- Furthermore, rising applications in the unit-of-use packaging of small to medium-sized medical devices, appliances, and supplies are likely to drive increased demand for pouches. Pouch demand is projected to be influenced by the growing usage of diagnostic test packs, prefilled inhalers and syringes, and surgical and dental trays in secondary packing.
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