Press cutting of technical films

La die-cutting is an industrial process used to transform technical films and polymer materials into precise parts for industrial systems.

At ADDEV Materials, This technology is used to produce components for applications:

die cut

Energy

Electronics

Data centres

Energy storage

Rail

Electric cars

Thanks to die-cutting, technical films can be transformed into parts ready to be integrated into electrical, electronic or mechanical systems.

What is press cutting?

La die-cutting consists of using an industrial press equipped with a cutting tool to produce specific shapes in a material.

This process enables technical films to be transformed into parts adapted to assembly constraints.

For example, press cutting can be used to produce :

  • technical components

  • protection elements

  • insulating parts

  • functional elements for electronic systems

In this way, manufacturers can integrate processed materials directly into their production lines.

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Press cutting applied to technical films

Press cutting is particularly suitable for technical films used in industrial applications.

Press cutting is particularly suitable for technical films used in industrial applications.

Frequently processed materials include :

  • PET (polyethylene terephthalate) polyester film

  • PEN films (polyethylene naphthalate)

  • polyimide films

  • fluoropolymer films (PTFE, FEP, PFA, ETFE)

  • polycarbonate films

  • polyolefin films

Each material has specific mechanical characteristics. As a result, the choice of press and cutting tools must be appropriate.

The ADDEV Materials teams analyse the properties of the films to ensure that they are precise, reproducible cutting.

Press cutting applications in the energy and mobility industries

Press cutting is used to produce parts used in a variety of industrial systems.

Energy storage

Cut technical films can be used in systems requiring insulation or protection.

 

Data centres

Stamped parts can help integrate technical materials into electronic infrastructures.

Electric cars

Press-cutting is used to produce components suitable for compact technical architectures.

 

Industrial electronics

Converted films can be used to protect or insulate electronic components.

 

Rail

The cut materials can meet the mechanical and environmental constraints of the rail sector.

Advantages of industrial die-cutting

Press cutting offers a number of benefits for industrial applications.

Process accuracy

Industrial presses are used to produce parts with controlled dimensions.

Reproducible production

The process guarantees high repeatability for mass production.

Adaptation to technical films

Press-cutting can be used on a wide range of polymer materials.

Compatibility with industrial lines

The parts produced can be integrated directly into manufacturing systems.

ADDEV Materials' expertise in converting technical films

ADDEV Materials combine expertise in converting materials and processes to support manufacturers in their projects.

Our teams are particularly active in :

  • selection of technical films

  • the design of stamped parts

  • optimising transformation processes

  • industrialisation of components

This makes it easier for manufacturers to integrate technical films transformed in their energy and mobility systems.

Need a die-cutting solution for your technical films?

Industrial systems often require technical parts adapted to mechanical, thermal or electrical constraints.

The ADDEV Materials teams support manufacturers in the transformation of technical films for energy, electronics and mobility applications.

FAQ - Industrial press cutting

Press cutting is a process that uses a press equipped with a cutting tool to produce specific shapes in a material.

A wide range of technical films can be converted, including PET, PEN, polyimide, fluoropolymer and polycarbonate films.

Press cutting is used to produce precise, reproducible technical parts for industrial systems.

Yes, ADDEV Materials helps manufacturers transform technical films for energy and mobility applications.