Flui3d: Bridging The Gap Between 3D Printing And Microfluidics
Ashok Lokhande
Microfluidics, manipulating fluids at micrometer scales, offers exciting possibilities in fields like biology, chemistry, and medicine. However, traditional fabrication methods for microfluidic devices are expensive and require specialized cleanroom facilities. 3D printing presents a faster and more affordable alternative, but designing microfluidic devices for 3D printing remains a complex task. This is where Flui3d comes [..] The post Flui3d: Bridging The Gap Between 3D Printing And Microfluid