Over the past few years, Potomac Photonics and Potomac MesoSystems have been developing new techniques for building highly miniaturized electronic systems in which the smallest surface mount electronic components are embedded in a thermoset epoxy block and interconnected with fine-feature nanoparticle silver conductors. With support from the National Science Foundation (SBIR PhII Grant 1058133) we’ve…
The addition of state-of-the-art hot embossing equipment will allow Potomac Photonics to make high precision parts at a fraction of the cost of other methods. December 9, 2013; Lanham, MD: Digital Fabrication industry leader Potomac Photonics, Inc. announces the addition of new hot embossing technology to expand their contract service capabilities. By adding state-of-the-art hot…
The move will put Potomac Photonics in a tech-centric community with access to expanded facilities, collaboration with faculty, and access to student talent. Baltimore, MD: Digital Fabrication pioneer Potomac Photonics announces expansion to the BWTech@UMBC center in Baltimore, Maryland. The leader in laser micromachining, 3D Printing, micro hole drilling, micro CNC and other manufacturing technologies…
Laser engraved key chains keep current information about the nonprofit at donors’ fingertips.
High speed micro hole drilling process increases throughput, accuracy and aspect ratio for work in metals such as stainless steel, copper, titanium among others.
The article describes new techniques that combine laser fabrication with conductive nanoparticle materials, allowing further miniaturization of electronic devices among other benefits.
The precision micro marking project will allow researchers to identify metal alloy samples and trace conditions and experiments to which each was subjected.
The Educational Manufacturing Initiative at Potomac Photonics makes advanced digital manufacturing and rapid prototyping available to researchers in a variety of disciplines.
Over 80,000 microholes drilled in polyimide sheets create molds to fabricate less invasive endoscopic tool.
President Obama focused on advanced manufacturing technologies, such as those used at Potomac Photonics, during his State of the Union Address.
World’s Smallest Arduino, created with technology developed by Potomac Photonics will be on display at the Potomac booth.
Potomac Photonics helps Momo Scientific, a start-up at John’s Hopkins University, produce their innovative device.