In tobacco packaging, performance is defined not only by the material itself, but by how it is transformed. The collaboration between Sappi and Boegli Gravures brings together material expertise and precision embossing technology to create surfaces that deliver consistent visual and tactile results while remaining efficient to process at scale.
The collaboration starts in the development phase. Rather than assessing paper only once a design is finalised, both partners work together from the outset to align substrate properties with embossing and converting requirements. This ensures solutions are technically robust and practical for industrial use.
Aligning material and embossing technology
Boegli Gravures is a specialist in precision engraving and embossing technologies. Its expertise value lies in creating controlled surface structures providing texture, differentiation and value to packaging applications. When applied to paper, these processes require a substrate that behaves predictably under pressure, retains structural integrity and supports repeatable results across production runs.
By collaborating early in the development phase, we can align paper properties with embossing requirements and ensure the material is fully optimised for its intended application. This early exchange helps us translate technical understanding into practical value for the customer.
Kathrin Böhmüller, Head of Sales at Sappi.
This early alignment is especially relevant in applications where performance depends on the interaction between paper, tooling and process conditions. It enables both teams to assess requirements in detail and develop solutions with a clearer path to implementation.
Precision starts with the right substrate
For tobacco inner liners and related packaging applications, embossing is not simply a finishing step. Surface structure, creasing behaviour and converting performance all influence the final result. Sappi’s papers are designed to provide the consistency needed for these demanding processes, supporting precise embossing and stable downstream performance.
The quality of the finished application depends on more than appearance alone. Papers must respond evenly to embossing pressure, maintain dimensional stability and integrate from macro to nanoscale structuring into subsequent process steps. This is where the combination of material expertise and surface engineering becomes particularly valuable.
Validated in application
A key strength of the partnership lies in how solutions are developed and validated. Materials are tested and refined in close cooperation, ensuring performance is proven under real processing conditions rather than assumed in theory. This reduces uncertainty and supports smoother implementation for converters and brand owners. For customers, this means greater confidence that a solution will perform as expected when moved into production. It also means that application requirements are considered in a practical way, with technical decisions informed by testing, experience and continuous interaction between experts.
Consistency as a foundation for quality
In high-precision surface applications, consistency is essential. Sappi’s papers are engineered to deliver uniform surface behaviour, enabling predictable interaction with embossing tools and stable results throughout production. This consistency supports quality, process efficiency and confidence in repeatability.
Supporting evolving requirements
As packaging requirements evolve, including growing attention to recyclability and material transitions, Sappi and Boegli continue to refine their collaboration. By bringing material expertise and embossing technology together from the beginning, both partners are creating solutions that are reliable, scalable and ready for demanding real-world applications.
Continuous development
Through ongoing technical exchange and joint development, Sappi and Boegli continue to explore how paper can perform under increasingly demanding surface engineering requirements. By continuing to share knowledge and test solutions together, both partners are helping shape packaging applications where surface quality, process reliability and material performance need to work in balance to provide the next generation of embossed paper.