F-series: self-thinking thermoformers

When consumer demands increase, so too do the requirements regarding industrial packaging of food and non-food. Quality and freshness have become just as important as an appealing visual appearance and first-class opening aids. The question of sustainability in connection with packaging disposal has also become increasingly important. The F-series thermoformer is designed to process all modern, recyclable, mono-materials without any problems.

Ultimate flexibility

Those familiar with SEALPAC’s traysealers will immediately recognize the innovative quick tooling exchange systems, which were extended to the F-series thermoformers. They make switching between different applications easy and avoid unnecessary machine downtimes. For example, the replacement of the sealing top tool takes place with minimum effort. It is unlocked pneumatically at the push of a button and can then be easily pulled into the special tooling exchange trolley. This means that an exchange is not only much quicker, but also safer for the employees in the plant, who no longer have to lift or carry heavy components. Other quick exchange systems include roller systems for top tools and side exchange or a swivel table for bottom tools.

A thinking machine

The SEALPAC F thermoformer is smart. It is thinking machine that uses algorithms to handle tasks that optimize performance, energy usage, and maintenance, like for example fully automated film alignment and chain tension correction. Furthermore, it is equipped with industry-standard control software that enables in-line connectivity and also allows for easy network integration. This makes the SEALPAC F a true industry 4.0 machine.

Forming to perfection

Each SEALPAC F thermoformer comes with a unique forming technology, which achieves an unmatched forming consistency, particularly in the corners of the pack, without requiring an additional stamp mechanism. Even in more complicated rigid film applications. By using air, we are able to achieve higher outputs due to shorter vacuum and ventilation times, as well as enable you to use thinner films and still produce a stable pack.