What question did this study set out to answer?

To evaluate the efficiency of different layer thicknesses of UV-cured varnish for printing metalized gold foil lines using the KM1024iLHE-30 inkjet head.

April 21, 2026Tehnički glasnikOpen Access

Realization Lines with Inkjet Head KM1024iLHE-30 and Additional Applying Metalized Foil

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Authors

IMIgor Majnarić MMMarko Morić MKMarko Kadija

Discussion

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Overview

This investigation reveals optimal methods for applying metalized foil in inkjet printing on cardboard, indicating significant improvements in design quality.

Key Points

To evaluate the efficiency of different layer thicknesses of UV-cured varnish for printing metalized gold foil lines using the KM1024iLHE-30 inkjet head.
Tested various layer thicknesses of UV-cured varnish (21 μm, 36 μm, 51 μm) on cardboard.
Employed piezo inkjet heads KM1024iLHE-30 with varying print speeds depending on varnish thickness.
Measured foil line quality in both machine and cross directions.
Optimal foil printing achieved with a 21 μm varnish layer and cross-direction printing.
Larger varnish applications resulted in better line reproduction and contrast.
Different print speeds demonstrated significant effects on printing efficiency.

Cite This Study

Majnarić et al. (2026) studied this question.

synapsesocial.com/papers/69e7132bcb99343efc98cf28 https://doi.org/10.31803/tg-20240831112713

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April 21, 2026Tehnički glasnikOpen Access

Realization Lines with Inkjet Head KM1024iLHE-30 and Additional Applying Metalized Foil

View Full Paper

Ask AI

Bookmark

Authors

IMIgor Majnarić MMMarko Morić MKMarko Kadija

Discussion

Member takes

Overview

This investigation reveals optimal methods for applying metalized foil in inkjet printing on cardboard, indicating significant improvements in design quality.

Key Points

To evaluate the efficiency of different layer thicknesses of UV-cured varnish for printing metalized gold foil lines using the KM1024iLHE-30 inkjet head.
Tested various layer thicknesses of UV-cured varnish (21 μm, 36 μm, 51 μm) on cardboard.
Employed piezo inkjet heads KM1024iLHE-30 with varying print speeds depending on varnish thickness.
Measured foil line quality in both machine and cross directions.
Optimal foil printing achieved with a 21 μm varnish layer and cross-direction printing.
Larger varnish applications resulted in better line reproduction and contrast.
Different print speeds demonstrated significant effects on printing efficiency.

Cite This Study

Majnarić et al. (2026) studied this question.

synapsesocial.com/papers/69e7132bcb99343efc98cf28 https://doi.org/10.31803/tg-20240831112713

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