Hummink
Discover the smallest fountain pen in the world
Hummink is the leading developer and supplier of High Precision Capillary Printing (HPCaP), a revolutionary technology for the display, semiconductor and printed electronics industry.
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Introducing High Precision Capillary Printing (HPCaP)
A precise micron & submicron printing technology relying only on capillary forces!
Break the Trade-off Between Miniaturization and Complexity!
Our patented printing technology revolutionizes micron and sub-micron printing by employing a direct approach. Drawing inspiration from Atomic Force Microscopy (AFM), our approach empowers you to print any pattern on any substrate using any material, while also seemlessly following and adapting to the substrate's roughness and topography. The future is driven by innovative micro-objects that you will have the capability to manufacture, repair, functionalize and decorate with ease.
Our All-in-One Prototyping Machine: The Nazca
Unlock new manufacturing opportunities with NAZCA! Our distinctive tool enables you to bring any envisioned pattern to life, whether it's simple conductive traces or complex designs with submicron gaps. Through our direct writing approach the NAZCA esures a high production yield and offers a broad process window.
Nazca Features
Display
HPCaP technology presents the ideal solution for repairing displays with precision, as it eliminates splashes and satellite drops.
Sensors
HPCaP technology presents a cost-effective and versatile solution for the fabrication of superior sensors with an excellent sensitivity and sub-micron distance between electrodes.
Luxury
HPCaP enables high-precision printing with a diverse range of inks, including those with high viscosity and polymer-based compositions, thereby underscoring its significance in the field of watchmaking.
Semiconductor Packaging & Repair
HPCaP enables swift and accurate repair of conductive traces and bumps. Furthermore, it facilitates the production of high aspect ratio bumps in a single step, providing impeccable control over their diameter and shape.
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