- Regulations and consumer demand are accelerating the shift to recyclable and compostable fiber packaging.
- Manufacturers are adopting advanced software, IoT, and cloud systems to optimize production and reduce waste.
- New solutions include molded fiber formats, recyclable coatings, direct food contact inks, and high-performance renewable boards.
Industry moves to fiber-based solutions as recyclability and consumer demands rise
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Leading European thermoforming packaging specialist Waddington® Europe, a division of Novolex®, has introduced an innovative recyclable tray for meat, fish and poultry products. The container, called Piranha™, is sealed using a series of raised teeth that run around the sealing flange instead of applying a layer of polyethylene or adhesive, which are typically used to seal the lid of modified atmosphere packaging (MAP). The raised teeth maintain the seal’s integrity even if the flange becomes contaminated by animal fat, which can interfere with closure on traditional packaging for meat, fish and poultry (MFP) products.
Pregis announces the North American launch of its Sharp Packaging Systems® MAX-PRO 24 continuous bagging system. This latest model in the MAX-PRO line can handle a wider range of products and bag sizes making it ideal for fulfillment operations with a broad e-commerce offering. “When engineering the MAX-PRO 24, our focus was on creating a system that would help users maximize productivity and minimize labor costs. We think the MAX-PRO 24 delivers all that, and more, making it ideal for increasing volume demands being placed on e-commerce operations,” said Mike Menz, division president. The MAX-PRO 24 includes highly-advanced automated technology, new web handling features that simplify operations and automated pass-through settings, resulting in lower operating costs.
Sonoco ThermoSafe and AirBridgeCargo Airlines have successfully conducted a test shipment with ThermoSafe’s new Pegasus ULD®, the world’s first passive bulk temperature controlled container for pharmaceutical use that is an approved unit load device. The complexity and duration of the journey made this initial shipment an ideal case study. The entire shipping process involved multiple segments of ground and air transportation, starting in London and including stops in Amsterdam, Moscow and Frankfurt, extending beyond 130 hours. The Pegasus ULD contains a fully integrated, FAA-approved telemetry system, providing real-time, cloud-based data on both payload and ambient temperature and key environmental factors, precisely synchronized with GPS location, which confirmed that the internal temperature held between 2°C and 8°C throughout the entire journey.