#Microfluidic

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#Microfluidic Reel by @biodotpe - Strobe-Enhanced Microfluidic Workstation - A new LIBRE hub workshop coming soon. 

#LIBREhub #microfluidics #openhardware
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@biodotpe
Strobe-Enhanced Microfluidic Workstation - A new LIBRE hub workshop coming soon. #LIBREhub #microfluidics #openhardware
#Microfluidic Reel by @3d_microfluidics - 3D printed microfluidic device for  droplets reinjection and spacing for further diagnostics. 
 #microfluidic #asiga #3dprint
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@3d_microfluidics
3D printed microfluidic device for droplets reinjection and spacing for further diagnostics. #microfluidic #asiga #3dprint
#Microfluidic Reel by @star.ai.media - This project demonstrates the incredible potential of soft robotics and vacuum logic. 

By 3D printing custom microfluidic circuits and silicone membr
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@star.ai.media
This project demonstrates the incredible potential of soft robotics and vacuum logic. By 3D printing custom microfluidic circuits and silicone membranes, the creator successfully built a 16-pixel display that functions without any electronics, relying purely on air pressure for control and memory. It’s a fascinating step towards more complex, electricity-free computing systems. Credit(youtube): @soiboisoft 👉Follow @star.ai.media for more amazing tech, and AI insights.
#Microfluidic Reel by @amerchemsociety - The #2 most-engaging science moment this year was these mesmerizing droplets inside of droplets inside of droplets inside of droplets...

Scientists d
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@amerchemsociety
The #2 most-engaging science moment this year was these mesmerizing droplets inside of droplets inside of droplets inside of droplets... Scientists developed microfluidic devices with concentric injection channels that deliver different fluids simultaneously. The concentric channels allow the devices to precisely control the thickness of each layer while continuously producing droplets. This provides an efficient and clog-free method for emulsifying liquids that do not mix easily. Read more at the link in our bio.
#Microfluidic Reel by @newscientist (verified account) - Microfluidic chips have been made from water encased in nanoparticles and carved into precise shapes, and they could be used to carry out scientific t
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@newscientist
Microfluidic chips have been made from water encased in nanoparticles and carved into precise shapes, and they could be used to carry out scientific tests on liquids and cells. ⁠ ⁠ Tap link in bio to learn more⁠ ⁠ #Microfluidic #nanoparticles #laser #lab-on-a-chip #hydrogels #hydrogel #chemotherapy #science
#Microfluidic Reel by @rapidfluidics - Who can resist the charm of a microfluidic spiral? 😍 Follow us for more! #microfluidic #microfluidicchip #spiral #satisfying
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@rapidfluidics
Who can resist the charm of a microfluidic spiral? 😍 Follow us for more! #microfluidic #microfluidicchip #spiral #satisfying
#Microfluidic Reel by @pcbway - Using #microfluidic logic, #silicone membranes, and air pressure to build a pneumatic 4-digit 7-segment #display.

Project by @soiboisoft
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PC
@pcbway
Using #microfluidic logic, #silicone membranes, and air pressure to build a pneumatic 4-digit 7-segment #display. Project by @soiboisoft
#Microfluidic Reel by @3dmartes - Air-powered, 4-digit, 7-segment display created by IG @soiboisoft. It uses microfluidic logic, silicone membranes, and air pressure to create a displa
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@3dmartes
Air-powered, 4-digit, 7-segment display created by IG @soiboisoft. It uses microfluidic logic, silicone membranes, and air pressure to create a display that doesn’t just show the time, it “remembers” it. By integrating vacuum-powered transistors into a 3D print, a pneumatic RAM (Random Access Memory) was accidentally created. Unlike electronic displays that rely on high-speed flickering, this clock uses mechanical latching to “write” data to its silicone skin, one digit at a time.
#Microfluidic Reel by @cellinkofficial - 🌟 Bioprinting technology has sparked a revolution in microfluidics, unlocking the creation of intricate and tailored microfluidic devices for various
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@cellinkofficial
🌟 Bioprinting technology has sparked a revolution in microfluidics, unlocking the creation of intricate and tailored microfluidic devices for various applications. Bioprinted microfluidic devices can be used for: 💊 Drug testing 🩺 Disease diagnosis 🫀 Tissue engineering ... and more! By leveraging bioprinting, researchers can fabricate intricate structures that mimic the complexity of the human body. This allows for exploring cell and tissue behavior, leading to novel insights into disease mechanisms and the development of innovative treatments. Curious about how printed microfluidic devices can supercharge your research or product development? 🙋‍♂️Reach out to our team of experts today. We are ready to assist you in designing custom-printed microfluidic devices that precisely meet your needs. #3Dbioprinting #bioprinting #tissueengineering #microfluidic #organonachip #CELLINK #BIOX
#Microfluidic Reel by @nihgov (verified account) - Tiny yet mighty! 💉 Injectable "satellite livers" could offer an alternative to liver transplantation and help thousands of people with liver failure.
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@nihgov
Tiny yet mighty! 💉 Injectable “satellite livers” could offer an alternative to liver transplantation and help thousands of people with liver failure. Shown here: @MIT researchers used a microfluidic device to generate hydrogel microspheres of uniform shape and size. These spheres are then mixed with hepatocytes and injected into the body, where they form stable mini livers. Visit the link in bio to read more about this NIH-funded research. Credit: Courtesy of the Bhatia Lab and @KochInstituteMIT
#Microfluidic Reel by @uncoverreality_ - 🕷️ Tiny Soft Robots: How a Millimeter-Sized Robotic Spider Is Changing the Future

Scientists at Harvard's Wyss Institute, SEAS, and Boston Universit
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@uncoverreality_
🕷️ Tiny Soft Robots: How a Millimeter-Sized Robotic Spider Is Changing the Future Scientists at Harvard’s Wyss Institute, SEAS, and Boston University have created a groundbreaking soft robot: a millimeter-sized robotic spider inspired by the colorful Australian peacock spider. Built using a new fabrication method called MORPH (Microfluidic Origami for Reconfigurable Pneumatic/Hydraulic devices), this robot demonstrates a level of complexity never seen before at such a small scale. The team used 12 layers of silicone, laser-cut into precise shapes, each containing tiny microfluidic channels. By injecting a curable resin into selected channels, the layers folded like origami into their final 3D structure, forming curved legs and a rounded abdomen. Other channels were left open to carry colored fluids and air, allowing the spider to change color and move its legs, giving it 18 degrees of freedom—far more than previous soft robots of similar size. This technology could transform fields like medicine, enabling safer endoscopy, microsurgery, and delicate procedures inside the human body. It may also support exploration in tight or dangerous environments where rigid robots cannot go. The MORPH system is quick to fabricate, easy to redesign, and opens the door to a new generation of tiny, flexible, and highly functional soft robots. Read full article here: https://www.uncoverreality.in/2025/11/this-tiny-robotic-spider-enable-safer.html Reference: Ranzani, S. Russo, N. W. Bartlett, M. Wehner, R. J. Wood, Adv. Mater. 2018, 30, 1802739. https://doi.org/10.1002/adma.201802739 #science #technology #innovation #robotics #engineering research future ai robots automation machinelearning futuristic discovery trending viralvideo unitedstates tech technews futuretech artificialintelligence gadgets invention medicine medical
#Microfluidic Reel by @biohub (verified account) - Research + Engineering = Accelerating Science. Ben Cosgrove is taking a unique approach to understanding muscle development. Using microfluidic device
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@biohub
Research + Engineering = Accelerating Science. Ben Cosgrove is taking a unique approach to understanding muscle development. Using microfluidic devices, he is able to isolate and measure the genes in individual cells and learn how they are involved in growing muscles. This research has the potential to lead to breakthroughs in our understanding of human biology and treating pediatric diseases like muscular dystrophy. #SingleCell #Microfluidics #MuscularDystrophy #CellBiology #Science #PediatricDisease #Biomedicine

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Discover the latest #Microfluidic content without logging in. The most impressive reels under this tag, especially from @pcbway, @nihgov and @newscientist, are gaining massive attention. View them in HD quality and download to your device.

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