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Battery and foil cutting with laser technology

Zenna Laser designs laser cutting systems for battery materials, thin foils, films and other delicate materials that require highly controlled processing.

These materials are often difficult to cut with knives, dies or mechanical tools. They can deform, shift, tear or show edge variation during processing. Laser cutting offers a contact-free process with accurate cutting paths and stable process control.

Our systems are developed around the material, required edge quality, production speed and level of automation.

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Precise cutting for thin and delicate materials

Thin foils and films require a cutting process that is accurate, stable and easy to control. Mechanical pressure can affect the material, especially when layers are fragile, flexible or sensitive to deformation.

Laser cutting removes the need for physical tooling in the cutting zone. This helps reduce mechanical stress and makes it easier to process fine shapes, small details or changing product formats.

Laser cutting for battery materials

Battery production often involves thin, layered or sensitive materials, such as battery foils, separator materials, films and components for new battery technologies like solid-state batteries. Zenna Laser develops systems for accurate laser processing of these materials, with attention to edge quality, positioning and repeatability. By controlling laser power, movement, focus and material handling, the process can achieve accurate cutting paths and consistent results for R&D, pilot production or industrial manufacturing.

Foil and film laser cutting

Laser cutting can be used for technical foils, laminates, thin films and other roll-based or sheet-based materials where clean edges, product flexibility and fast changeovers are important. Different shapes or patterns can be processed digitally, without changing knives or dies. Because the process is contact-free, there is no blade wear, punch wear or tooling-related variation, helping production teams achieve more consistent output with fewer mechanical adjustments.

Laser perforation and sheeting options

Next to cutting, Zenna Laser can integrate laser perforation and sheeting processes into one controlled production flow. This makes it possible to create holes, patterns or defined sheet lengths in foil, film or other thin materials where accuracy and repeatability are important. A typical system can start with roll material, guide and position the web, apply laser perforation or cutting, and deliver finished sheets or processed material ready for the next step.


Process control for quality and repeatability

Stable output depends on more than the laser itself. Zenna Laser systems combine machine control, recipes, monitoring and production data to keep the process repeatable.

Operators can work with defined settings for different materials or product types. This reduces manual variation and supports consistent production quality.



Explore foil and film laser perforation and sheeter systems

For roll-based foil and film applications, Zenna Laser offers dedicated Foil & Film Laser Perforation & Sheeter systems.

These machines combine material handling, laser processing and sheeting into one production solution for thin and flexible materials.

Test your battery or foil cutting application

Every battery, foil or film application depends on the material structure, required edge quality, speed and automation level.

Share your material or cutting challenge with our engineers. We can support you with a sample test, feasibility check or technical discussion about the right laser process for your production.

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