DragonFly Pro

Save Time and Innovate with Less Risk

The DragonFly Pro precision system overcomes many of the complexities and bottlenecks inherent in outsourced traditional prototyping and custom manufacturing, enabling in-house agile, time and cost-effective processes providing many benefits:

• Time savings: forget lengthy design cycles; print on-site in days, even for the most complex designs
• Cost savings: no more large order minimums and costly mistakes: discover design errors earlier in the design cycle
• New complex geometries: push design boundaries and innovate freely to try new concepts
• Redesign for mechatronics: bring better electronics to the market in terms of size, weight and environmental impact
• Confidentiality: keep sensitive and valuable IP in-house during development
• Streamlined processes: added agility means designing, testing and iterating on the fly, on-site

Endless Application Possibilities

• Radio-frequency (RF) /antenna
• Sensors
• Multilayer PCBs (flexible and rigid)
• Mechatronics (non-planar)
• Electromagnetic components
• Molded Interconnect Devices (MIDs)

Multi-Material Additive Manufacturing: Metals and Polymers in One Print Job

The DragonFly Pro is a multi-material precision 3D electronics printer that brings together extremely precise inkjet deposition, a dedicated conductive nanoparticle silver ink printed simultaneously with a proprietary dielectric ink and novel software. The DragonFly Pro enables designers and engineers to effortlessly and accurately print conductive and insulating materials in one print job, setting new standards for accuracy, complexity and speed in the field of both additive manufacturing and professional electronics development. Upon completion of a 3D print job there is no need for post-processing.

Multi-material 3D electronics printing is game-changing, allowing designers and engineers to print polymers and metals together to create a functional part. This revolutionary approach offers the potential for electronics to be more compact, denser and, ultimately, non-planar.With the DragonFly, it is possible to print even more complex geometries and features like non-vertical vias, embedded components, passives and more. Nano Dimension is thus blazing the path forward by electrifying additive manufacturing.