GEA PowerHeat – energy saving for sustainable thermoforming

New matrix heating systems for recyclable packaging

GEA-Wolf thermoformed meat pack
A cold cut packaging made of resource-saving mono-materials from the Wolf group of companies Photo Wolf
GEA PowerHeat M
GEA PowerHeat M – The new matrix heating system placed in the GEA PowerPak thermoformer
Source GEA

Düsseldorf, 16 May 2022 – GEA is presenting the new PowerHeat heating systems for its PowerPak thermoforming packaging machines at IFFA in Frankfurt, Germany (Hall 8, Stand G20). Monomaterials that can be 100% recycled place special demands on the heating systems required for the thermoforming process. GEA PowerHeat makes using these materials easier and safer without sacrificing performance. In terms of sustainability, the new system is claimed to provide energy-saving heating, without compromising on the high standard of packaging quality and product safety. GEA says the new matrix heating system in its thermoformer was developed in close cooperation with technology partner Watttron and tested for market launch with the Wolf Group, a food manufacturer and pilot customer of GEA.

GEA PowerPackPlus-thermoformer
GEA PowerPak PLUS thermforming packaging machine with new matrix heating system GEA PowerHeat
Image GEA

Zone heating system for PP and PE mono-materials

Mono-materials place special demands on heating systems. The GEA PowerHeat Z zone heating system evenly regulates the temperature in different zones of the heating plates independently of each other, ensuring that each individual package is evenly formed – right up to the edges. The benefits of energy-efficient heating really come to the fore when using mono-packaging materials such as mono PP or mono PE.

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Matrix heating system for multilayer and mono-materials

The GEA PowerHeat M matrix heating system can be used to set customized package-specific temperature profiles. It is a solution that proves particularly effective when using multilayer films as well as mono-materials. This is because the film thickness of the packaging materials can be significantly reduced without negatively impacting packaging functionalities such as residual film thickness and barrier properties. In addition, energy costs are considerably reduced since long heating times are eliminated and operating temperatures are rapidly reached. Extremely fast control processes and precise adjustment of temperature fields avoid the temperature overshoots of traditional heating systems, which are detrimental to many packaging materials. The new heating systems can also significantly increase packaging output and capacity.


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