Multi-Layer Lamination
Advanced multiple material lamination facilities used for material preparation and final product manufacture. Multi-layer lamination enables the formulation of products outside of any standard product range, including coating customer supplied material with PSA.
advanced die cut multi layer lamination techniques
multiple material lamination
At our UK conversion facility we combine multi-layer lamination techniques with innovative die-cutting processes. This enables unrestricted design capabilities, removes limitations and supports engineering creativity.
- Ability to laminate up to 1600mm width and up to six different material layers in one pass
- Specialised in the lamination of a wide range of advanced materials, including films, foils, foam and nonwoven materials
- Zone lamination provides the facility to create specific areas of adhesive on materials, often used to improve the handling of components during application and placement.
Lamination Parameters
die cut multi layer lamination Parameters
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Wide Width Lamination
1600mm max. log size
500mm max. roll diameter
10m+ run quality
500mm max.rewind diameter
Up to 3 layers in one pass
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Narrow Width Laminating
500mm max. log width
500mm max. roll diameter
10m+ run quality
500mm max.rewind diameter
Up to 6 layers in one pass
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Zone Laminating
1600mm max. log width
100m+ run quality
500mm max.rewind diameter
Up to 3 layers in one pass
Min. zone width of 2mm
Max. zone width of 1600mm
Multi-layered Components
The Development of multi-layer laminated Die Cuts
Laminating & Die-Cutting
Our multi-layer lamination and die-cutting process provides Design Engineers with unrestricted design capabilities by removing limitations and supporting engineering creativity.
Multi-layer Lamination
Using multi-layer lamination and innovative conversion techniques, we create multi-layered parts with up to 5 layers to the exact drawings specified by Design Engineers.
Innovative Die-cutting Techniques
Precision die-cut parts are produced to specific requirements providing endless possibilities, including self-adhesive parts designed to maximise surface contact of thermal pads to components and heat sinks.
Optimised Solutions
The final part is formatted to optimise the application. Using this strategic approach ensure overall costs and wastage are reduced during the assembly process.