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In a world where sustainability, efficiency, and brand responsibility are increasingly demanded, decision makers face a central question: How can packaging be made future ready?
Fiber based solutions – whether made from paper, board, or molded pulp – provide clear answers. They combine environmental benefits with economic attractiveness and strong functional performance. Produced from renewable raw materials, they offer recyclability, lower disposal costs, and regulatory confidence. At the same time, they enable customized design, strong brand impact, and optimized logistics. Companies who choose fiber based packaging today strengthen not only their environmental footprint but also their market position – clearly demonstrating that future readiness begins with packaging.
In a world where sustainability, efficiency, and brand responsibility are increasingly demanded, decision makers face a central question: How can packaging be made future ready?
Fiber based solutions – whether made from paper, board, or molded pulp – provide clear answers. They combine environmental benefits with economic attractiveness and strong functional performance. Produced from renewable raw materials, they offer recyclability, lower disposal costs, and regulatory confidence. At the same time, they enable customized design, strong brand impact, and optimized logistics. Companies who choose fiber based packaging today strengthen not only their environmental footprint but also their market position – clearly demonstrating that future readiness begins with packaging.
With our broad technology portfolio, you’ll find the right solution for any rigid packaging application. Whether paperboard, formed paper, or Dry Molded Fiber – you benefit from flexible processes that protect your product and present it at its best.
Integrated barrier technologies ensure that even highly sensitive products or food items are packaged safely. In addition, we cover all process steps from filling and sealing to secondary packaging – enabling efficient production workflows and maximum safety in your packaging solution.
With our Dry Molded Fiber technology, we offer the industry’s highest performance combined with maximum shape flexibility (shape agility). In the Dry Molded Fiber process, loose fibers are compressed within the mold to create a high‑strength product. The Dry Molded Fiber technology enables the highest quality at the lowest material costs.
The possible product portfolio ranges from packaging with high product protection to demanding deep‑drawn geometries and high aspect ratios. Optima is the first to enable the forming of both paper and Dry Molded Fiber on the same machine platform.
With our paperboard technology, we offer a solution for producing cup‑shaped containers or cans – made either from pre‑cut blanks or directly from the roll. Through different material compositions, gas‑tight shapes can be achieved in round, oval, or rectangular designs. Various bottom and closure options enable customized configurations.
In addition, the technology ensures a cost‑efficient and independent supply chain – without the delivery and storage of empty cans or binding material contracts. It allows free supplier selection, efficient transportation, and easy handling of small batches.
The forming of paper and other moldable fiber‑based materials is performed efficiently and precisely with our technology. Refined papers with barrier and sealing layers, as well as various pulp types and highly stretchable materials, can be processed. The spectrum ranges from packaging requiring high product protection to demanding deep‑drawn shapes with tight tolerances. The forming process demonstrates its strengths especially in multi‑cavity applications.
Our fiber‑based technologies provide flexible solutions for a wide range of barrier requirements – from protection against moisture, oil, and grease to high‑performance barriers against water vapor and oxygen. In addition to pre‑coated materials in the paperboard and paper sector, pre‑spray technologies, high‑performance laminations, and pre‑spray fiber‑treatment processes are used. This enables the targeted integration of water, oil, and grease barriers. The result: recyclable packaging with a high fiber‑recovery rate or compostable alternatives – depending on your needs.
With our Dry Molded Fiber technology, we offer the industry’s highest performance combined with maximum shape flexibility (shape agility). In the Dry Molded Fiber process, loose fibers are compressed within the mold to create a high‑strength product. The Dry Molded Fiber technology enables the highest quality at the lowest material costs.
The possible product portfolio ranges from packaging with high product protection to demanding deep‑drawn geometries and high aspect ratios. Optima is the first to enable the forming of both paper and Dry Molded Fiber on the same machine platform.
With our paperboard technology, we offer a solution for producing cup‑shaped containers or cans – made either from pre‑cut blanks or directly from the roll. Through different material compositions, gas‑tight shapes can be achieved in round, oval, or rectangular designs. Various bottom and closure options enable customized configurations.
In addition, the technology ensures a cost‑efficient and independent supply chain – without the delivery and storage of empty cans or binding material contracts. It allows free supplier selection, efficient transportation, and easy handling of small batches.
The forming of paper and other moldable fiber‑based materials is performed efficiently and precisely with our technology. Refined papers with barrier and sealing layers, as well as various pulp types and highly stretchable materials, can be processed. The spectrum ranges from packaging requiring high product protection to demanding deep‑drawn shapes with tight tolerances. The forming process demonstrates its strengths especially in multi‑cavity applications.
Our fiber‑based technologies provide flexible solutions for a wide range of barrier requirements – from protection against moisture, oil, and grease to high‑performance barriers against water vapor and oxygen. In addition to pre‑coated materials in the paperboard and paper sector, pre‑spray technologies, high‑performance laminations, and pre‑spray fiber‑treatment processes are used. This enables the targeted integration of water, oil, and grease barriers. The result: recyclable packaging with a high fiber‑recovery rate or compostable alternatives – depending on your needs.
Optima’s Dry Molded Fiber technology demonstrates for the first time that DMF can now be economically scaled at an industrial level.
Thanks to our broad technology portfolio for fiber‑based packaging, we provide unbiased guidance and identify the solution that best fits your product and your production requirements. Together with you, we develop prototypes, materials, and processes – ensuring that packaging and product work in perfect harmony from the very beginning.
Packaging that Fits Your Product:
Perfectly matched to your product thanks to our in‑depth knowledge of product characteristics and filling processes – ensuring high quality and smooth production
Improved Manufacturability:
Our expertise ensures that packaging integrates seamlessly into your production lines – with shorter changeover times and reduced waste
Innovative Solutions from a Single Source:
Consolidated product and process expertise to jointly advance packaging and machinery – enabling future‑ready, sustainable end‑to‑end solutions
Higher Efficiency & Cost‑Effectiveness:
Optimally matched packaging minimizes material usage and potential sources of error – saving costs and conserving resources
Packaging that Fits Your Product:
Perfectly matched to your product thanks to our in‑depth knowledge of product characteristics and filling processes – ensuring high quality and smooth production
Improved Manufacturability:
Our expertise ensures that packaging integrates seamlessly into your production lines – with shorter changeover times and reduced waste
Innovative Solutions from a Single Source:
Consolidated product and process expertise to jointly advance packaging and machinery – enabling future‑ready, sustainable end‑to‑end solutions
Higher Efficiency & Cost‑Effectiveness:
Optimally matched packaging minimizes material usage and potential sources of error – saving costs and conserving resources
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