Our goal is to inspire and enable innovation and new technology by providing services with accessibility and pricing that will revolutionize manufacturing on a global scale.
Precision Apertures for less than $50.
In these economic challenging times, Potomac Photonics stands ready to provide you with the most cost-effective micromachining services in the industry. Our pricing structure is extremely flexible and there is no minimum charge. Prototyping typically involves a nominal set-up /programming charge and the time required to fabricate the part. Even before a project shifts to production, our Engineering Team works closely with your Design and Procurement personnel to understand your future cost targets in order to ensure that a manufacturing process that can meet these goals is developed. In addition, we are continually evaluating and working to optimize all of our projects to find ways to cut costs and improve quality.
Important factors to consider related to micromachining and cost include:
Potomac has the capability to machine most materials and will be happy to discuss the cost advantages of selecting one type over another. In some cases the cut rate and cost can be reduced for several factors simply by changing to a different material or thickness.
If you are developing or working on a part that requires precise features, please contact us today to find our why Potomac is the most cost competitive manufacturer of small parts.
Microneedle-based drug delivery has the potential to be a transformative technology for the delivery of biologics and vaccines. It may provide enhanced therapeutic profiles for therapeutics and vaccines. It allows for the administration of lower levels of drugs to achieve the same therapeutic endpoints. Additionally, microneedles provide an alternative to traditional hypodermic needles. This industry provides…
Today, speed is the name of the game. But speed without accuracy in all its forms defeats the purpose of fast delivery. At Potomac, we provide some of the quickest turnaround in manufacturing for medical device, microfluidic, biotech, consumer product and microelectronics customers also with the highest level of quality. Meeting customer specifications is especially…
Joe La Fiandra University of Maryland College Park (UMCP) Major: Bioengineering Minor: Global Engineering Leadership Microfluidic Concentration Gradient Generators Many biochemical processes in biological organisms are controlled by concentration gradients. From cell migration to drug proliferation, concentration gradients are integral to the transportation of a vast array of substances throughout the body. Until recently,…