Yangi pushes dry molded fiber to industrial scale with 4-second production cycles

The leap from development to industrial reality

For years, the packaging industry has viewed dry molded fiber with a mix of optimism and skepticism. The environmental promises were always clear, but the lingering question remained: could it truly compete with the speed, cost, and scale of traditional wet molding or plastic thermoforming? Today, at PACK EXPO International in Chicago, Sweden-based Yangi is answering that question by showcasing its Cellera platform, a technology that firmly positions dry forming as a viable industrial contender.

The core of the announcement is not merely the introduction of a new foodservice range, but the operational metrics behind it. Yangi's Cellera platform is achieving production cycles of approximately 4 seconds. When contrasted with the typical 30 to 60-second cycle times of conventional wet molding, the throughput advantage becomes a critical factor for converters looking to scale up domestic production.

Engineering out the water bottleneck

The traditional wet molding process relies heavily on a water slurry and energy-intensive drying steps. By eliminating the water-based forming stage entirely, Yangi's patented FiberIQ system fundamentally alters the resource equation. The data presented by the company points to a 90% to 99% reduction in process water. More crucially for operational expenditure, the energy consumption drops to roughly 1.8 kWh per kilogram of product, a stark contrast to the 4 to 7 kWh/kg typically required by wet molding operations.

This shift is particularly relevant in the current 2026 manufacturing landscape, where energy costs and supply chain resilience are top priorities for global converters. The technology, industrialized in partnership with established machinery builders like GDM (a Coesia company) and AP&T, occupies a compact 18 by 10-meter footprint, allowing for easier integration into existing facilities.

A comprehensive foodservice portfolio

At McCormick Place, Yangi is demonstrating the tangible output of this technology through a comprehensive foodservice range. The portfolio includes hot and cold beverage lids, plates, takeaway trays, protein and ready-meal formats, and notably, a new oval takeaway bowl reaching depths of 50 millimeters. This depth demonstrates that dry forming is overcoming previous geometric limitations, moving beyond shallow trays to capture a wider share of the quick-serve restaurant (QSR) market.

Anna Altner, Founder of Yangi, emphasized the strategic nature of this rollout for the North American market. With U.S. demand for molded fiber packaging outpacing domestic supply—and anti-dumping duties reshaping import dynamics—converters are under immense pressure to build flexible, cost-competitive domestic capacity. The fact that the first serial Cellera platform is already operating industrially at a European converter provides the necessary proof of concept that this technology has moved past the pilot phase.

The transition away from single-use plastics requires more than just good intentions; it demands engineering solutions that make economic sense on the factory floor. Yangi's license-free model, where converters own the machine outright, further lowers the barrier to entry for packaging producers looking to diversify their portfolios and meet stringent regulations like the EU's Packaging and Packaging Waste Regulation (PPWR).

The industrialization of dry molded fiber represents one of the most significant structural shifts in the cellulose packaging sector this decade, proving that sustainability and high-speed manufacturing are no longer mutually exclusive. Will the traditional wet molding sector accelerate its own innovations to defend its market share, or are we witnessing the beginning of a permanent technological changing of the guard in fiber packaging? Follow The Paper for daily news, market signals and key updates from the global paper, corrugated and packaging industry. — Sigue toda la actualidad del sector en www.thepaper.ai