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EENews Europe: Lights-out digital manufacturing delivers first 3D printed electronics

Lights-out digital manufacturing delivers first 3D printed electronics

Additive electronics provider Nano Dimension Ltd. has unveiled its new DragonFly Lights-Out Digital Manufacturing (LDM) printing technology, which the company presents as the industry’s only comprehensive additive manufacturing platform for round-the-clock 3D printing of electronic circuitry. The initial deployment took place at the Munich premises of sensor and defense electronics provider Hensoldt.

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Design World: Nano Dimension introduced low-volume, continuous additive manufacturing system for electronics production

Nano Dimension introduced low-volume, continuous additive manufacturing system for electronics production

Additively manufacturing functional circuits round-the-clock with little or no operator intervention is possible with the new DragonFly LDM precision additive manufacturing system from Nano Dimension. This 3D printer will build electronic components such as multilayer Printed Circuit Boards (PCBs), antennas, sensors and so on, round-the-clock, enabling Nano Dimension to shift from developing prototyping printers to systems that handle one-off prototypes as well as low-volume manufacturing of printed electronics. 

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3D Printing Industry: Nano Dimension CEO Amit Dror on the launch of the 24 hour DragonFly LDM 3D printer

INTERVIEW: Nano Dimension CEO Amit Dror on the launch of the 24 hour DragonFly LDM 3D printer

Designed for 24 hour electronics production, the DragonFly LDM (standing for Lights-Out Digital Manufacturing) is a new 3D printer and DragonFly Pro upgrade from Israeli 3D printed electronics company Nano Dimension. Hinted at in a corporate update earlier this month, the machine was launched today through the company’s global sales channel and requires minimal operator intervention, representing a significant advance for 3D printed electronics.

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EBN: Summer School for Buyers: HDI & Auto Design

Summer School for Buyers: HDI & Auto Design

Today’s automotive industry is changing at an incredibly fast pace, moving from combustion engine-based designs with human drivers to driverless, electronics-based systems. This automotive transformation presents some clear electronic design challenges in the inevitable shift toward the design and production of semi- and fully autonomous vehicles.

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Evaluation Engineering: The evolution of Industry 4.0, through the eyes of the PCB manufacturer

The evolution of industry 4.0, through the eyes of the PCB manufacturer

Industry 4.0—known to some as the Industrial Internet of Things (IIoT) or smart factory—promises to transform the manufacturing and production infrastructure in profound ways. Its name derives from its potential to usher in the fourth industrial revolution—a bold objective when one considers the magnitude of the revolutions in steam power, assembly-line production, and computer automation that preceded it.

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Phoenix Business Journal: Five 3-D printing breakthroughs everyone needs to know about

Five 3-D printing breakthroughs everyone needs to know about

The world of 3-D printing is changing fast. New materials are announced and new systems are proposed almost every month. And as with any fast-growing technology, there is a lot of hype. When something is announced it will get a lot of press and attention, but what do you really need to know to follow the industry? Below are five recent events that anyone that uses or follows additive manufacturing should know about. They impact not only the technology, but also the business side of the industry.

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All3DP: 3D Printed Circuit Boards - First PCB 3D Printers Available Soon

3D Printed Circuit Boards: First PCB 3D Printers Available Soon

For makers, 3D printed circuit boards are no longer a mere dream. 3D printers, which can do DIY PCB printing, will become commercially available soon. The making of DIY circuit boards is a complex task. First, you’ll have to plan the PCB, make a 2D print of the layout, cut a copper plate, transfer the PCB layout to the copper plate, iron the circuit, go through the process of etching, cleaning, disposing… and after some hours of manual labor, you should be ready.