
Flatbed lamination is a technology that enables precise bonding of various materials – including very stiff and thick structures – using pressure and controlled temperature.
Thanks to the unique machine design, it is possible to laminate both roll-fed materials and individual sheets. This solution offers high production flexibility and supports both large-scale and custom manufacturing projects.
The process is based on the use of thermoplastic polymer adhesives, available in powder, web, or film form. These adhesives are designed for durable and uniform bonding of a wide range of substrates – from textiles to technical laminates. They do not require long curing or drying times, which significantly accelerates production and reduces energy consumption.
Our flatbed lamination technology allows us to produce laminates up to 170 cm in width.
This method is used in various sectors:
It is a solution dedicated to demanding applications where precision, durability, and material efficiency are essential.
SERVICESWe use high-quality thermoplastic adhesives based on various polymers, available in the form of powder, web, and film.
Adhesive lamination is the most versatile method of joining materials, allowing any material to be joined together.
The technology is based on bonding materials using polyurethane or polyethylene foam.
Flatbed lamination enables flexible bonding of materials with diverse properties – from fabrics to technical panels.
With the automatic cutting service, we are able to quickly deliver the parts ready for further processing, also sewing.
The embossing process allows attractive designs and also logos to be embossed on the die-cut parts.
A technology involving the wrapping of plastic or composite parts using pre-cut textile formats.
MAGNETIX LAMINATION SP. Z O.O. SP.K.
ul. Kaczeńcowa 18
91-214 Łódź, Poland
e-mail: magnetix@magnetix.pl
Tel: +48 728 356 576
Office: + 48 42 683 18 40w. 101

Magnetix Lamination Sp. z o.o. Sp.k. participated in a project organised by PARP under Measure 3.4. Grants for working capital of the Smart Growth Operational Programme 2014-2020 co-funded by the European Regional Development Fund and received funding from this in 2020.