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Precision Spacer Deposition in Watchmaking & Glass Assembly Using High Viscosity Materials

Precision Matters: Revolutionizing Micro-Assembly in Watchmaking and Glass Manufacturing

In fields where every micron counts—like luxury watchmaking and advanced glass assembly—precision spacer deposition is essential for both performance and aesthetics. Traditional techniques often fall short when dealing with high-viscosity adhesives or non-flat surfaces. That’s where our HPCaP technology, powered by the NAZCA microprinting tool, makes a difference. Discover how we’ve helped leading manufacturers overcome these challenges with micrometer-scale accuracy in our latest use case.

Figure 1. 3D Image of 4 µm Dots Printed and Characterized by the NAZCA Machine.
Figure 1: high aspect ratio bumps, printed by HPCaP with silver ink
Figure 2. Picture Taken from the NAZCA Machine During the Printing Process of the Biocomponent Epoxy Glue.
Figure 1: high aspect ratio bumps, printed by HPCaP with silver ink
Figure 3. Height Profile of Printed Dots in figure 1, Measured by the NAZCA Machine.
Figure 1: high aspect ratio bumps, printed by HPCaP with silver ink

Discover what Hummink is all about.

The future is driven by nano-electronic objects, designed with growing complexity and continual miniaturization. But the thing is: no one can assemble them

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