EPP block foam packaging designed as load carriers combines protection, stability and reusability in a single solution. Expanded polypropylene (EPP) provides reliable protection for sensitive products thanks to its high energy absorption, effectively shielding them from shocks and vibrations during transport and handling. This constructive load carrier enables packaging, secure positioning of components and efficient integration into existing logistics and production processes.

The packaging shown in the picture is made of rigid foam and is designed to ensure safe transport and orderly storage of sensitive components. The 10 compartments are designed to hold the individual products securely in place. This effectively prevents slipping during transport and ensures a high level of protection against mechanical stress. The rigid PE foam used is characterised by its low weight and high stability. In addition, the material offers good damping properties, absorbing shocks and vibrations.

As part of a current packaging project, a customised solution was developed using a PE foam block with precise contour cuts. The aim was to provide optimum protection for sensitive components during transport and storage while at the same time enabling efficient handling. The polyethylene foam used is characterised by its low weight, high dimensional stability and excellent damping properties. The precisely tailored contour cuts hold the products securely in place, preventing them from slipping and providing reliable protection against shocks, vibrations and damage. 

PE foam contour packaging is a proven solution when sensitive products need to be reliably protected during transport and storage. When used as side padding, they ensure stable fixation in the box or container and effectively prevent slipping, shocks and vibrations. The closed-cell polyethylene foam is characterised by its low weight, high dimensional stability and excellent damping properties. Thanks to its precise contours, the side padding adapts perfectly to the product and distributes the forces acting on it evenly.

For a current packaging project, a custom-fit foam inlay was developed for a tool set. The aim was to securely fix the individual tool components in place, prevent damage during transport and, at the same time, create a clear layout. The inlay is made of robust, shock-absorbing PE foam and is cut precisely to fit the contours, so that each part has its own fixed place and it is immediately apparent if something is missing or has been placed incorrectly.

This packaging is made of 100% Reinpapier® and is characterised by its excellent recyclability and low-carbon production. It is fully recyclable as waste paper and supports companies in a wide range of industries in implementing sustainable packaging concepts. Due to the use of high-quality paper fibres, the small tray achieves good dimensional stability despite its low weight and can also be stackable, depending on its design.

An innovative load carrier made of high-quality HKP (hollow chamber panel) was developed for a current packaging project. The design is characterized by its low weight, high stability, and excellent reusability. Robust PE tooth strips are precisely bonded to the top of the HKP carrier plate, enabling secure fixation on conveyor technology and during internal handling. This combination ensures reliable positioning of the loading unit, provides optimum protection for the packaged goods, and at the same time meets the requirements for an economical and sustainable packaging solution.

This packaging inlay is the ideal solution for companies which want to ship sensitive optical products safely while reducing their environmental footprint. Therefore, this specially developed packaging tray for optical fibers offers optimal protection while also using sustainable materials. Made from reinpapier®, an innovative protective solution based entirely on starch and paper, it combines high shock absorption with an environmentally friendly profile – ideal for sensitive optical components.

For a current packaging project, we are using a reinpapier® tray, which is made primarily from sustainable, recyclable paper fibres and starch. The stable design offers optimal sorting and product protection, while the velvety surface conveys a high-quality, environmentally friendly impression. By precisely adapting to the product, the tray ensures a secure hold, reduces material usage and enables attractive presentation during subsequent sales. The solution thus combines functionality, sustainability and modern packaging design.

This medical packaging made from reinpapier® is a sustainable, stable and hygienic packaging option for sensitive medical products. It is made from 100% ecological materials and contains no plastic at all. Thanks to its high dimensional stability and precise fit, the tray offers optimum protection during transport, storage and sterilisation. reinpapier® is recyclable, resource-efficient and meets the requirements of modern medical packaging in terms of safety, efficiency and environmental compatibility.