When it comes to microfluidics, packing purpose into every micron is a true design challenge. The design of individual features starts with defining their purpose in the overall function of the device. Today we are spotlighting one of these common features: micro pillars.
Micropillar arrays serve a multitude of purpose in the function of microfluidics. They are often used for concentratingbiomolecules such as DNA, RNA and Proteins and for mixing the reagents required to produce these biomolecules. Pillars can even be used as filters to separate and purify a biological solution by restricting the flow of the larger cellular components and debris. Micropillar arrays can also be functionalized (coated) with antibodies to detect the presence of viruses and circulating tumor cells (CTCs). Micropillars utilize large surface to liquid volume ratios to achieve all of these diverse tasks.
Fabricating micropillars is a core competency of the microfabrication team at Potomac Photonics. The biological applications that use micropillars typically require tight dimensional and surface roughness specifications that may only be achievable using specialized microfabrication technologies and tools. Photolithography is one method of producing high precision micropillars at the smallest micro and nano scales, while direct micro-CNC machining provides high quality results at greater dimensions. These technologies can be used directly to produce small quantity prototype devices, or in combination with a high-volume microfabrication technology (such as hot embossing) to deliver larger quantities for device proof of concept and testing.
Welcome to the inaugural post of our “Material Spotlight” blog series, where we delve into the unique materials available through Goodfellow and explore how Potomac Photonics’ advanced micromachining services can enhance their applications. Today, we focus on thin metal foils—versatile materials that play critical roles in various industries. Goodfellow is renowned for its extensive catalog…
In a significant move that promises to revolutionize the field of micro-manufacturing and materials supply, Goodfellow has recently acquired Potomac Photonics. This acquisition is not just a merger of two companies; it’s a strategic integration that exemplifies the adage, “1+1=3.” Here’s why this combination is a game-changer for customers across various industries. Expanding Horizons: From…
Episode #13 – Microfabrication: The New Services Available from Goodfellow https://www.goodfellow.com/usa/resources/ep-13-microfabrication-services-now-available/ In June 2024, Goodfellow acquired Potomac Photonics, seamlessly integrating their cutting-edge micromanufacturing services into the Goodfellow portfolio. This strategic acquisition expands Goodfellow’s capabilities to include specialized services such as small hole drilling, laser micro welding, micro CNC, and much more. It also marks the…