博客

Potomac is thrilled to have recently been featured on a new video from Baltimore County, highlighting recipients of the government-sponsored Boost Fund.  The flexible loan program is designed to help small businesses in growth industries by providing capital in order to increase employment in the County. But of course, our work in advanced manufacturing that…

Starting June 17, we’re excited that the White House is celebrating a National Week of Making throughout the country.  From schools to fab labs and makerspaces, manufacturing plants to tech centers, and universities to after-school programs, special events are taking place to share the power making brings to our lives. President Barack Obama has had…

At Potomac, we find that helping startups prototype and manufacture new designs in order to bring groundbreaking products to market is especially rewarding work.  Our advanced manufacturing collaborations with innovators stretch our capabilities and challenge our own solution-solving skills.  Windgap Medical is one such startup with an intriguing product that solves a number of problems…

Advanced manufacturing services involve more than just feeding CAD files into a 3D Printer, laser micromachining workstation or micro CNC machine.  To best service our customers in the biotech, medical device and microfluidics industries, Potomac has had to stay at the leading edge of new technologies, pushing the digital fabrication envelope through internal R&D programs. …

Microfluidics is a fast-moving field on many levels, and we’re seeing new, innovative techniques being developed to fabricate devices that will impact chemical analysis, personalized medicine and pharmaceuticals. Dr. Sagnik Basuray’s group in the Department of Chemical, Biological and Pharmaceutical Engineering at the New Jersey Institute of Technology is working to expand how we think…

At Potomac we’re used to seeing some of the most interesting – and challenging – miniaturization projects on the planet.  Recently we helped a Canadian university group miniaturizing for a space application. Polytechnique Montréal is competing in the Canadian Satellite Design Challenge (CSDC) and we were able to help laser micromachine micro holes for their…

Patterning Transparent Conductive Oxide [TCO] layers on substrates such as glass or plastic is a familiar laser micromachining application at Potomac.  We’ve developed innovative ways to pattern the TCO layer without damaging the underlying substrate. But we usually see TCO’s such as Indium Tin Oxide [ITO] used in Displays, Touch Panels, RFID tags, Strain Gauges,…