PaperShell

Forming of sustainable fiber material with unique attributes
The raw material of PaperShell’s products is reinforced paper on rolls that is cut into “blanks” and is pressed and formed at elevated temperatures.
The raw material of PaperShell’s products is reinforced paper on rolls that is cut into “blanks” and is pressed and formed at elevated temperatures. Photograph: PaperShell.

AP&T’s line solution enables large-scale production of components made of newly developed cellulose fiber material 

Swedish startup PaperShell has developed a unique cellulose fiber composite that they refer to as “wood metal” and it can be formed into flat or complex-shaped components. It is hard, strong, heat- and water-resistant and has an exceptionally low climate and environmental impact – all traits that make it an extremely interesting alternative to artificial composites, metal and some plastics. Some of PaperShell’s targeted customer segments are the automotive industry, architects and manufacturers of sporting goods, interior design and electronics. To industrialize their manufacturing process, the company contacted AP&T in 2020.

“We turned to AP&T for numerous reasons – primarily, because it is a Swedish company with solid experience of meeting the stringent requirements of the automotive industry,” says Fredrik Westerberg, Production Manager at PaperShell.

The first steps of the exciting collaboration between the companies were taken when the Research Institutes of Sweden (RISE) used an AP&T servo hydraulic press to test-form bio-composites. Employed at RISE at the time, Westerberg collaborated with the AP&T team to develop a line concept for large-scale production of bio-composites. Westerberg intensified these efforts when he became PaperShell’s production manager.

 

Fully automated, flexible and energy-efficient  

With the new material’s specific characteristics in mind, PaperShell and AP&T developed a fully automated, flexible and energy-efficient production line concept making it possible to rationally and efficiently manufacture components for many different areas of application using one and the same line. 

“We truly believe in PaperShell and their new material. It is very exciting to be part of realizing a production solution starting from the test environment and moving on to its industrialization, all the while dealing with process control and flexibility challenges. The fact that we can now make a contribution to creating sustainable components and products is fully in line with our own sustainability ambitions,” says Patrik Haglund, Business Development Manager at AP&T.
 

Today, one production line is already running for test-manufacturing in PaperShell’s factory in Tibro. Operations will scale up during the course of 2024 with more lines being brought online to increase capacity.

The manufacturing process is fully automated. The raw material is reinforced paper on rolls, which is cut into “blanks”, pressed and formed at elevated temperatures. According to Haglund, the magic is in the combination of heat, pressure and a binding agent. 

Paper sheets awaiting processing.
Paper sheets awaiting processing. Photograph: PaperShell.
Blanks are moved through the fully automated line with the help of AP&T’s SpeedFeeders (registered TM).
Blanks are moved through the fully automated line with the help of AP&T’s SpeedFeeders. Photograph: PaperShell.
The blanks can be pressed into flat or complex-shaped components.
The blanks can be pressed into flat or complex-shaped components. Photograph: PaperShell.

To minimize the need for intermediary storage, labeling, cutting, stacking and inspection are all done in the same line, and all under the supervision of the line’s process monitoring system which ensures that the end products are of the right quality. 

“The technical level of the equipment is on par with the most current press-hardening lines we deliver around the world. This lays the foundation for a stable, secure and extremely energy-efficient process,” he says.
 

 

Great growth potential

Thanks to the modular setup of the lines, they can be customized to any needs or demands. A great many stakeholders are interested in the multi-faceted material, and ideas for potential areas of application are constantly popping up. This points to there being great potential to grow internationally.

“Through the years, we have joined many of our customers out into the world. As an established, globally active company, I would say that AP&T is well-positioned to join PaperShell on their journey. For me personally, it is fun and challenging to work with a customer that is not only quick, innovative and professional, but who also knows what it takes to grow quickly!”

 

PaperShell’s products can be used for numerous applications such as this circuit board.
PaperShell’s products can be used for numerous applications such as this circuit board. Photograph: PaperShell.
A fossil-free bike saddle made of PaperShell’s fiber composite.
A fossil-free bike saddle made of PaperShell’s fiber composite. Photograph: PaperShell.
Anders Breitholtz

PaperShell’s CEO Anders Breitholtz and his team are also very pleased with the collaboration.

“AP&T has been an exemplary supplier and development partner on many levels, not least when it comes to working intelligently on sustainability matters. When we presented our challenge, AP&T was quick to come up with a solution that drastically reduced our energy consumption. We are expanding as planned and are excited to see what we can accomplish together in the future.” 

February 2024 

 

PaperShell facts 

 

  • Swedish startup, founded in 2021.
  • Developers of a unique cellulose composite with very little climate and environmental impact. 
  • Serial manufacturing of B2B components started in 2024.
     

 

Read more about PaperShell
 

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