LASER PERFORATION

Laser microperforators are systems designed to create microholes on moving films using laser sources. This technology is extremely versatile allowing not only holes but also cuts, pre-cuts and weakening of material without perforating to create easy-opening solutions. Laser microperforators can be integrated into various production lines, such as slitters, extruders, packaging machines, printing and welding machines, and are an advanced and highly efficient solution for creating microholes on films, offering a number of advantages such as precision, adaptability, and air control. This technology plays a key role in ensuring the freshness and quality of products packaged with modified atmosphere.

Precision: Laser micro-perforators offer extremely high precision in creating microholes on films of various materials and thicknesses. This precision allows for uniform and high-quality results.

Adaptability: Because of their flexibility, laser systems can be used on a wide range of materials, including mono- or bi-oriented films and multilayer laminated materials, and for various applications such as easy-tear opening, pre-cutting, modified atmosphere packaging, and more.

Permeability control: The micro-holes created by this technology make it possible to control gas exchange between the inside and outside of packages. This allows to control the permeability of the packaging, helping to increase the shelf life of fresh produce.

Versatility: Laser micro-perforators can be used in a wide range of industries, including food, pharmaceutical, cosmetics and more.

This technology is particularly suitable for delicate processing such as microperforation and scoring on packages for IV and V range, MAP (Modified Atmosphere Packaging) packages and EMAP (Extended Modified Atmosphere Packaging) packages.