Any material: silver, gold, copper, graphene, polymer, etc. Any surface : Si, SiO2, Si3N4 Wafers, Glass, Flexible substrate, etc. Any desired shape : lines, circles, gratings, dots, 3D pillars, etc.
UNLOCK UNREACHABLE SCALES
Matchless Precision: 500 nm to tens of µm resolution range. Receive a nanopen with a tailored tip diameter for your print resolution. Handle items at the centimeter scale: 16 cm deposition span, accommodating up to 25 cm wide substrates. Exceptional Positioning Accuracy: <100nm in XY, 5 nm in Z.
FAst and unprecedented design freedom
Time Constraints? Achieve print speeds exceeding 10mm/s seamlessly. Remarkable Simplicity: Streamlined printing workflow featuring automated calibration. Real-time Monitoring: Leverage a high-magnification camera and user-friendly software designed for direct oversight.
Unique Patentend Technology
The future is driven by nano-electronic objects, designed with growing complexity and continual miniaturization. But the thing is: no one can assemble them.
Our machine allows you to unlock new manufacturing possibilities, such as:
Unprecedented resolution
Precision
Large process window (ink, substrate, shape, size)
Internalize research and production
Limited footprint
Low manufacturing costs
High production yield
User-oriented equipment
High process control (in situ monitoring, automatic adaptation to substrates)
On-demand consumables
Easy to use and reliable software
Easy-to-use software
Our dedicated software suite, developed internally, seamlessly supports both research and production tasks. With its user-friendly interface, users can easily draw new patterns, adjust pipette size, switch inks, monitor performance, and characterize samples with integrated AFM capabilities.
Got additional questions or need assistance?
Check out our FAQ (Frequently Asked Questions) section.
Manufacture the nano-electronics objects of tomorrow thanks to a breakthrough additive manufacturing technology. Deposit any material, on any surface, with a unique freedom of design.
Hummink provides on-demand, localized and micron & sub-micron manufacturing.