On April 19, 2023, according to Mohou.com, additive manufacturing solutions provider nano3Dprint launched the latest D4200S printer, which is a significant advancement in submicron additive manufacturing technology. According to the company, the system is capable of achieving a printing resolution of 20 nanometers, making it the highest resolution additive printing system currently on the market.
nano3Dprint is the first to introduce high-precision ink extrusion technology to the additive manufacturing market, aiming to expand the range of technologies available to researchers and engineers while continuing to push the boundaries of additive manufacturing technology.
Utilizing scanning probe nanotechnology, the D4200S promises significant advances in nanoscale 3D printing, taking into account the devices’ versatility, ease of use and precision. The printer’s nanodeposition mode is capable of printing between 20 nm and 250 μm with an ultimate print position accuracy of <1 nm. Additionally, with its high-speed microdeposition mode, the D4200S can dispense functional materials with feature sizes ranging from 5 μm to 400 μm.
The D4200S printhead is capable of printing functional materials for electronics, prototyping, R&D, industrial applications and bioprinting, and is also compatible with a variety of other printing materials, including gold, silver, copper, polymers, metal oxides, organic compounds and photosensitive polymers. . The system is designed to enable advanced innovation, including AFM analysis capabilities, nanodirect writing and patented 3D printing technology, allowing users to print computer chips or create fundamental advances in biological structures complex. Users can also use the D4200S for maskless lithography, mask repair and tissue engineering.
“Our goal with the D4200S is to make next-generation technology accessible to top research labs and innovative startups,” said Gretta Perlmutter, Head of Customer Success at nano3Dprint. “For example, a D4200S printer can essentially replace the lithographic processing required in a clean printer. “All the equipment. While a fully equipped cleanroom can cost millions of dollars, the D4200S is only a fraction of the cost.”
It is understood that customers only need to pay a minimum deposit of 25% (US$62,500) to secure an order for a first commercial machine of the D4200S micro-nano printer. The total cost of the D4200S printer is $250,000 and delivery will begin later this year.
Other high-precision 3D printers launched by Nano3Dprint
In addition to producing the D4200S, Nano3Dprint also released the A1100 and A2200 printed electronics 3D printer models. The nano3Dprint A2200 is ideal for printing simple features such as sensors, heating traces, PCBs, solder paste, keypads and interface panels. It is suitable for integration with PLA, ABS, Silicon, Kapton, Paper or virtually any substrate offering a unique form factor as well as soft and hard/conductive and insulating materials .
△Interconnections and networks of linear spaces printed using the nano3Dprint A2200 multi-material electronic 3D printer.
The B3300 dual dispensing 3D printer is another high-precision extrusion printing equipment launched by nano3Dprint. It can be used to produce medical equipment, wearable devices, batteries, solar power and other functional electronic products with integrated circuits. The printer’s unique and proprietary dual-material delivery system can print two different materials together to create a combined material print. The B3300 expands users’ range of printing materials – from gold and silver to UV-curable polymers and silicones. The suspension’s wide viscosity range (1 mPa·s to 54,000 mPa·s) allows the B3300 to use highly conductive inks. Functional inks and pastes can print up to trace widths of 8 mil (0.20 mm). The printer is also capable of quickly printing thick layers (500 microns) of multiple high viscosity materials in a single pass, resulting in critical precision electronics ready for use.
Source: 3D Printing Network
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