The global high-speed bottle packaging market is growing rapidly and is expected to generate hundreds of millions in revenue from 2025 to 2034, leading to advancements in sustainable transportation. Key players in the market are focusing on growth strategies like mergers and acquisitions to develop advanced technology for manufacturing high-speed bottle packaging, which will drive market growth during the forecast period.
Top Market Players of the High-Speed Bottle Packaging Market
Latest Announcements by High-Speed Bottle Packaging Industry Leaders:
- Yash Lohia, the chairman of Indorama Ventures' ESG Council and executive president of Petchem Special Projects, stated that the innovative partnership embodies the common goal and obligation of all partners to help create a more sustainable future by launching the ‘world’s first’ bio-PET bottle. The announcement follows the collaboration of Neste, Suntory, ENEOS, and Mitsubishi Corporation, who all shared the objective of using "renewable" Neste RE feedstock to produce PET resin. In 2024, Suntory expected to start using resin to make bottles.
- More recently, Neste and Mitsubishi Corporation introduced renewable chemical and plastic value chains for Japanese businesses with the goal of defossilizing supply chains in the food and beverage, fashion, and consumer electronics industries. Neste RE will also be used in this. To establish greenfield, cutting-edge PET recycling facilities in India, Indorama Ventures has also partnered with Dhunseri Ventures and Varun Beverages, PepsiCo's second-largest bottling operation outside of the US. Two of the facilities are now being built, and completion is anticipated by 2025. [Source: Packaging Europe Ltd.]
New Advancements in High-Speed Bottle Packaging Industry
- On May 16, 2025, DataLase, England based company leading the way in laser coding and marking solutions worldwide, has revealed the introduction of its new clear-to-white laser-active coatings, a high-performing and environmentally friendly substitute for traditional coding technologies for a variety of packaging applications. When exposed to laser marking, the biodegradable, sustainably derived raw material at the heart of our most recent breakthrough produces remarkable white contrast. Most importantly, its performance on difficult substrates like shrink films and 12-micron PET is evidence of its adaptability and superior engineering. Suitable for direct-to-shape marking on products such as bottles, caps, and closures, the coatings can be used in flexographic, gravure, and even pad printing techniques. [Source: PackagingConnections]
- In May 2025, Avantium NV., leading producer of circular and renewable polymer materials, announced its collaboration with the Bottle Collective, which will highlight fiber bottles created using Dry Molded Fiber (DMF) technology. The Dry Molded Fiber bottle technique will incorporate Avantium's innovative, plant-based polymer PEF (polyethylene furanoate), improving the bottles' sustainability and barrier efficacy. [Source: Avantium]
- In March 2025, Woodstock Sterile Solutions, a blow-fill-seal (BFS) contract development and manufacturing organization (CDMO), is invested US$8 million on a new automated, high-speed bottle packing line at its Woodstock, Illinois, site in order to increase its BFS capabilities. In addition to increasing production efficiency, the new, high-speed bottle packaging process will give Woodstock Sterile Solutions the ability to package bottles with inline serialization at a rate of 250–300 ppm. Using oval and circular multidose bottles, the new Serpa line can produce 5 mL and 10 mL bottles. [Source: Contract Pharma]
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