Project Tinker focuses on additive manufacturing of RADAR and LiDAR sensor packages for self-driving cars. To enable such mass-production of printed electronics, PV Nano Cell developed a complete solution of Digital Conductive Inks, Printers and the Printing Process. The presentation describes PV Nano Cell’s complete solution, its components and how they are used to achieve groundbreaking results in the Automotive, Embedded Passive Components, Solar and other markets.Continue reading “Complete Additive Manufacturing Solution for Mass-Production Printed Electronics”
by Hessel Maalderink, Holst Centre
There is a growing demand for printed (PCB-less!) electronic devices. Holst Centre is involved in various research programs (both shared and contract) targeted at developing technologies to enable production of such printed electronics.
The developments are triggered by the following drivers:Continue reading “3D printed electronics at Holst Centre, progress and challenges”
For all the promise of 3-D printing, most machines can only shape plastic, meaning that if you want to build even a simple electronic at home, you’re going to be plugging in the bulky, premade circuits of Arduino boards. And if you’re a real industrial designer with proper resources, you’re going to be contacting a factory in China to build a custom circuit board to your specifications. Very little can be done quickly in-house. Continue reading “Prototype your own PCBs for custom projects (Video)”
The beta testing phase took place Eltek Ltd.’s site in Israel. The application system and solder mask material performed according to specification and met its quality and process requirements. Continue reading “Camtek’s 3D Functional InkJet Technology System, Gryphon, Successfully Concludes a Beta-Test”
Most of today’s electronic products consist of traditional made parts. Plastic molded housings containing PCB’s with soldered THT and SMT components. In many cases even the design of a product is based on the electronics that should fit inside! Shouldn’t it be the other way around? Shouldn’t the electronics be a part of the design based on ergonomics and aesthetics? Continue reading “How could the Electronics Industry use 3D Printing?”
Camtek Ltd. announced recently that in light of the high trading volume of the Company’s shares and rumors that have been circulating in the media over the course of the past few days, it wishes to clarify that, as reported previously, it is now in the advanced stages of the development of the GreenJet, a digital 3D printing system used for the deposition of solder mask designated for the printed circuit board industry (the “GreenJet System”). The first installation of the GreenJet System for evaluation in a customer’s manufacturing environment is expected to take place in the beginning of 2014 and, subject to the results, the Company expects the first commercial sales of the GreenJet System to take place during 2014. Continue reading “GreenJet, a digital 3D printing system for the PCB industry”