Nano Dimension Ltd. has introduced its DragonFly Lights-Out Digital Manufacturing (LDM) printing technology, a comprehensive additive manufacturing platform for round-the-clock 3D printing of electronic circuitry. The DragonFly LDM system is designed for Industry 4.0 and manufacturing for the Internet of Things and is the extension of the successful DragonFly Pro precision system, which is dedicated to printing electronic components such as multilayer printed circuit boards (PCBs), antennas, capacitors and sensors.
The DragonFly LDM is already available through Nano Dimension’s global sales channel. In Germany, the launch of the DragonFly LDM was already initiated by Nano Dimension’s reseller, Phytec New Dimension.
Nano Dimension’s DragonFly LDM extends 3D printing for printed electronics beyond prototyping to true in-house, digital manufacturing, enabling one-off prototypes as well as low-volume manufacturing of printed electronics.
The DragonFly LDM augments the capabilities of the DragonFly Pro system with new, proprietary, state-of-the-art technology that enables 24/7 3D printing. Improvements include the optimization of overall equipment effectiveness (OEE) and improved workflow and production processes of 3D printed electronics.
The DragonFly LDM combines new advanced printer head software management algorithms with an automatic self-cleaning of its print heads every few hours. The new system is equipped with real-time automatic material monitoring capabilities that ensure maximized runtime. The new technology minimizes the frequency and duration of scheduled downtime to typically just one weekly maintenance operation.
DragonFly LDM Technology Features & Benefits
- Long uninterrupted printing for increased uptime and improved yield;
- supports 3D printed multilayer PCBs, capacitors, coils, sensors, antennas and more;
- simpler and faster operation for minimal maintenance;
- new automatic printhead self-cleaning system; and
- offered also as an upgrade for existing DragonFly Pro users.
HENSOLDT started working with a DragonFly system in 2016, to examine the possibilities of 3D printing electronics. For HENSOLDT, the existing working experience in realizing 3D printed multilayer circuits with the multi-material inkjet-process, offered by Nano Dimension, shows that a high amount of personal care is needed to keep the printer system operational. The implementation of the new LDM system allows for a significant reduction of time and cost for realizing circuits.
During the joint LDM-campaign, HENSOLDT contributed by generating reference circuits to outline the advantages of the new LDM system.
“The DragonFly LDM is a necessary evolutionary setup up from the DragonFly Pro, enabling low-volume manufacturing of electronic circuits fast and easy to do in-house, with minimal operator time. It will be a great addition for Hensoldt, enabling us to develop innovative applications faster and with far better machine availability and lower maintenance than ever before,” says Andreas Salomon, responsible project leader for 3D printed electronics at HENSOLDT.
“The DragonFly LDM is designed to help our customers prepare for Industry 4.0. and stay competitive in a world that demands electronic devices with increasingly sophisticated features. Like its predecessor, the DragonFly Pro, it's the first of its kind on the market, carefully designed for both ease-of-use and even more agile, faster and affordable 3D printing of functional circuitry,” says Amit Dror, CEO and co-founder of Nano Dimension. “We’re confident that the LDM system will provide best in class additive manufacturing of printed electronics on the market, making it possible for companies to be more innovative, improve productivity and reliability, lower costs and reduce time-to-market.”
Sources: Press materials received from the company and additional information gleaned from the company’s website.
About the Author
Press releases may be sent to them via [email protected]. Follow Robotics 24/7 on Facebook
Follow Robotics 24/7 on Linkedin
Article topics
Email Sign Up
Related IoT News
