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This Thanksgiving We Give Thanks For Living In An Age of Exponential Technological Change That Is Improving Humanity’s Quality of Life
We live an exciting period of innovation. Electric cars are being rolled out by mainstream car companies; self-driving vehicles are being road-tested; farms and grocery stores use robots to do repetitive tasks; medical diagnostics is taking just a few minutes…
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Potomac Photonics wins Sub-contract Award in collaboration with UMBC & FDA to develop a microfluidic ‘on-the-spot’ bioburden detection device.
The Food and Drug Administration (FDA) awarded the University of Maryland Baltimore County (UMBC), Center for Advanced Sensor Technology (CAST), a 3-year grant for the commercialization of a microfluidic device for Rapid bioburden detection in pharmaceutical production. Potomac Photonics was…
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New Book on Microfluidics Scale-Up and Strategies to be Released in 2020
Publisher: De Gruyter ISBN: 978-3-11-063633 To be Published September 2020 Click here for Book Together with De Gruyter Publishing house, Potomac Photonics Inc. will be launching a new book in 2020. Unlike your traditional microfluidics books that cover theory and…
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Road Trip Nation Features Potomac Director of Engineering, Joe Miller, on Show Exploring the Future of Work
Any company is only as good as its people. While advanced technology can expand manufacturing capabilities, humans are still essential to design, program, monitor, and yes, repair, tools like laser cutters, CNC micro machines, 3D Printers and robots. For many…
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Potomac Photonics R&D Working on Nanoimprint Lithography and Applications for Microfluidics
Nanoimprint lithography is a method by which nanoscale features are fabricated at potentially low cost and with high throughput patterning usually in thermoplastics. Over the past 20 – 30 years this technology has rapidly developed into a legitimate lithographic technology…
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Potomac Photonics Manufactures Shadow Masks for Princeton University
What are shadow masks, and why are they useful? Shadow masks are thin plates with small holes and features patterned into them, used to direct and concentrate electron beams. They can provide a more cost-effective and efficient alternative to photolithography,…
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UCSC Uses Potomac to Help Monitor Cell Cultures
Cells. The smallest units of life. They make up who we are, and so, it’s imperative we become progressively educated about them. Cell culturing allows scientists to grow and maintain cells, in vitro. Researchers at the University of California, Santa…
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Potomac’s Process for Success in Advanced Manufacturing
This week, I had the opportunity to work in the labs with our Director of Operations, Mike Davis. He explained and demonstrated the complete process of production for a customer’s part. The Process In the words of Sun Tzu, author…
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What Exactly is a Microfluidic Device?
Anna The Manufacturing Maven: Blog #1 What are Microfluidic Devices? If you know Potomac, you know that “Microfluidic” is a buzzword around here. But chances are, you don’t understand exactly what that means. According to the National…
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3D Printing Materials Introduced at RAPID +TCT Open New Manufacturing Possibilities at Potomac
RAPID +TCT is without doubt the premier 3D Printing conference and trade show in the nation. But this year something was different. Yes, the latest, greatest additive manufacturing innovations were at the forefront of discussions. Of course, industry gurus gave…
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Innovating with Microfluidics to Solve Climate Change Problems
Reflecting on the recent Earth Day, it seems that innovation has always been the key to solving problems. From laser inventors Schawlow and Townes to the original Silicon Valley entrepreneurs Hewlett and Packard, creative thinkers in science and engineering have…
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Potomac Automates with new micro CNC Machine to Exponentially Accelerate Customer Experience
Speed is at the center of today’s world, especially as biotech, medical device, microelectronics and consumer products companies vie to get new innovations to market ahead of their competition. From rapid prototyping and iterative process development to high volume manufacturing,…