#microrobotics 搜索结果
🤖🇨🇳 A Science Robotics report says researchers built a 4.6 mg micro-robot powered by magnetic & ultrasonic waves. It can measure force, vibration, viscosity, and even temperature all while moving inside the human body! #Science #HealthTech #MicroRobotics #FutureIsNow
@VMagdanz and I are excited to host the first Southern Ontario Microscale Medical Robotics Symposium (SOMMeRS) @UWaterloo on July 11th with an amazing line-up of speakers! Register for free if you are interested in this event! #robotics #medical #microrobotics 🩺🧬⚗️🤖🇨🇦
Thrilled to be hosting @ProfZhaoMIT from @MIT @MITMechE! *This Friday at 3pm* @BU_MSE @BUCollegeofENG #softmaterials #softrobotics #microrobotics #health
Harvard's RoboBee- By integrating crane fly-inspired legs and an enhanced control system, RoboBee achieves smoother landings, opening doors to applications in pollination and disaster response. #Robotics #Microrobotics #RoboBee #HarvardEngineering #Biomimicry #Innovation #TechNew
From alignment to #microrobotics, piezoelectric actuators (#PEAs)form the backbone of smart mechatronic systems operating under extreme precision demands. Explored in depth in this #IJEM study. 👉 doi.org/10.1088/2631-7… #PiezoelectricActuators #SmartSystems…
**Miniature Marvels: ** Meet the insect-inspired micro-robots - the smallest, lightest fully functional robots yet! Imagine tiny AI-powered helpers for search & rescue or environmental monitoring. 🤸 #AI #microrobotics #futuretech
Medical 'microrobots' smaller than a human hair could revolutionize treatment for bladder disease and other illnesses in the future. 🤖💉 Follow us for more exciting science-related content and facts. #FutureOfMedicine #Microrobotics #InnovationInHealthcare #PrecisionMedicine
Researchers at Northwestern University have created the world's smallest remote-controlled walking robot, resembling a tiny peekytoe crab. #MicroRobotics #PeekytoeCrab #NorthwesternUniversity #Innovation #TinyTech #Robotics #MedicalTech
Our perspective on the potential of #liquidcrystals in #microrobotics can be found through a short story and snippet told by great researchers of my team Negar, Matthew, Cole, Ramon, and Azin @uwaterloo_che @WaterlooENG published at Accounts of Mater. Res. pubs.acs.org/doi/10.1021/ac…
New Unimorph SMA-Based Actuator for Microrobotics azorobotics.com/news.aspx?News… #unimorph #robotics #microrobotics #SMA
Welcome to the amazing world of porous materials for #microrobotics from @PuigmartiLuis @UniBarcelona @icreacommunity at #MARSS2023
Insect-inspired microrobot: 2cm, 17.5 body lengths/s, wireless. Mimics beetles, cockroaches, bees. For rescue, inspection. #MicroRobotics #Biomimetics #adkeeda
Microrobots that talk with sound? 🎙️🦠 Penn State researchers modeled swarms of simple bots using acoustic signals to self-organize—no central brain needed. A leap for medtech, disaster response & more. #Microrobotics #SwarmIntelligence azorobotics.com/news.aspx?News…
Once again this year, we had the great pleasure of presenting our work at the #festivaldellarobotica, held annually in Pisa. It was fantastic to meet so many people interested in #science and #microrobotics 🔬🤖 We can't wait to participate again next year 😍🎉
Northwestern University researchers have unveiled the world's smallest remote-controlled robot, a wonder smaller than a flea at just half a millimeter wide! #AI #engineering #microrobotics #science #future #tech #DealonAI
🌊🤖 Tiny but mighty: Hydrogel microrobots are revolutionizing #PrecisionMedicine! #Microrobotics #HealthcareInnovation azorobotics.com/news.aspx?News…
This 1.6cm origami robot can walk, swim, climb & carry 2x its weight. 🤖 Folds itself. Weighs 0.31g. Controlled by magnets. Built for the future. #OrigamiRobot #MicroRobotics #Futurism #RobotTech
Let's go Liquibots!!! Discover the future of micro\-robotics with @LiquiBots\! These self\-sustaining, miniature machines are changing the game in chemical engineering\. 🔬💧 \#MicroRobotics \#FutureTech
“The most radical & concerning, #DARPA concept relating to animal-inspired #MicroRobotics is the #CyborgInsect—which is exactly what it sounds like: insects implanted with #Microcontrollers” #RoboticArmsRace nationalinterest.org/blog/buzz/darp…
🤖🇨🇳 A Science Robotics report says researchers built a 4.6 mg micro-robot powered by magnetic & ultrasonic waves. It can measure force, vibration, viscosity, and even temperature all while moving inside the human body! #Science #HealthTech #MicroRobotics #FutureIsNow
Last week marked the 21st Conference on Complex Systems! 🚀 Our postdoc @jyoti_physics had the opportunity to share heed work on harnessing swarm behaviors of active particles to build intelligent microrobots 🔬🤖 #CCS2025 #microrobots #microrobotics #biorobotics
Microrobots that talk with sound? 🎙️🦠 Penn State researchers modeled swarms of simple bots using acoustic signals to self-organize—no central brain needed. A leap for medtech, disaster response & more. #Microrobotics #SwarmIntelligence azorobotics.com/news.aspx?News…
🤖✨ Tiny self‑propelled particles can emit and detect sound to self-organize into dynamic structures like snakes, rings, or blobs — even self-heal when broken! Read more: journals.aps.org/prx/abstract/1… #ActiveMatter #Microrobotics #SwarmIntelligence #Physics
Design and Evaluation of an Eye Mountable AutoDALK Robot for Deep Anterior Lamellar Keratoplasty mdpi.com/2072-666X/15/6… #microrobotics #deep_anterior_lamellar_keratoplasty #optical_coherence_tomography #piezoelectric #body_mountable_robotics
Biodegradable magnetic robots may soon replace scalpels. Drexel researchers are testing “microswimmers” that burrow into arterial plaque and release clot-prevention drugs, all via catheter. Source: Drexel University #MedDevices #Cardiology #Microrobotics #surgery
This origami-inspired microrobot sees and controls its own motion using an internal camera—no external setup required. Achieves 7.5 μm accuracy for delicate surgical tasks. #MicroRobotics #MedTech #RoboticSurgery Details: doi.org/10.1038/s41378…
Welcome to read “Design and Evaluation of an Eye Mountable AutoDALK Robot for Deep Anterior Lamellar Keratoplasty” mdpi.com/2072-666X/15/6… #microrobotics #deep_anterior_lamellar_keratoplasty #optical_coherence_tomography #piezoelectric #body_mountable_robotics
This 1.6cm origami robot can walk, swim, climb & carry 2x its weight. 🤖 Folds itself. Weighs 0.31g. Controlled by magnets. Built for the future. #OrigamiRobot #MicroRobotics #Futurism #RobotTech
A tiny robot developed in China can now move, split & merge liquid droplets using magnets — and it’s 20x faster than before. Perfect for drug delivery or on-chip diagnostics. Tiny tech. Massive potential💧🧲 #MicroRobotics #Nanotech #Tech #MedicalInnovation
Comment: The enhanced performance of phagobots in vivo compared to in vitro is intriguing. How might the complex microenvironment of living tissue, with its diverse cell types and signal... #Microrobotics buz.li/t/8eaPDx
Micro-robot magic! New magnetic microrobot precisely manipulates fluid droplets. Huge potential for labs & medicine! #Microrobotics #FluidManipulation #Automation #OPTX #SyntecOptics syntecoptics.com/magnetic-micro…
syntecoptics.com
Magnetic Microrobot Revolutionizes Fluid Manipulation
The world of chemistry, often envisioned through the macroscopic lens of beakers and flasks, frequently operates at a far more diminutive scale, particularly in specialized medical and industrial...
Artedrone is trying to raise a €20 million Series B funding round to finalize its preclinical work and fund the first-in-human studies. #Microrobotics #HealthcareInnovation #Thrombectomy #StrokeTreatment #MedicalDevices therobotreport.com/microrobot-sys…
therobotreport.com
Microrobot system is designed to float inside stroke patient for autonomous thrombectomy - The...
Artedrone is trying to raise a €20 million Series B funding round to finalize its preclinical work and fund the first-in-human studies.
From alignment to #microrobotics, piezoelectric actuators (#PEAs)form the backbone of smart mechatronic systems operating under extreme precision demands. Explored in depth in this #IJEM study. 👉 doi.org/10.1088/2631-7… #PiezoelectricActuators #SmartSystems…
Stem cell-based microrobot travel from nose to treat neurological diseases. #stemcell #microrobotics #neurologicaldisease #research #innovation #newinvention #newtechnology #inceptivemind
So proud of PhD candidate Tony Wang presenting our #neurosurgery #microrobotics work with the awesome @Azigoola at #MARSS2022!!! Findings a long time in the making!! @WinshipAtEmory @gatechengineers @EmoryNeurosurg
Eric Diller on using magnetically actuated #microrobotics for medical application. #magneticmicrogripper
Robots inspired by Origami may aid in observation of evasive species @wyssinstitute #microrobotics ow.ly/QD8050jg11r
What to do with #3Dprinting: #BlocksCAD with #einsteinsworkshop and flexible bots @Harvard #microrobotics#FebFest
The smallest microelectronic robot in the world (w/video) bit.ly/2Qylbds #microrobotics #Robotics #microelectronics
From June 5th to 9th you might have the opportunity to know more about minimally invasive surgery and microrobotics❗️ #minimallyinvasivesurgery #microrobotics #precisionemedicine #summerschool #seasonalschool #science #research (1/2)👇
Thrilled to be hosting @ProfZhaoMIT from @MIT @MITMechE! *This Friday at 3pm* @BU_MSE @BUCollegeofENG #softmaterials #softrobotics #microrobotics #health
Robots are beautiful! At least that's what the minds behind @DAMN__magazine thought when chose a photo of our #RoboBee for the cover of their September/October issue. bit.ly/2mgBbyU #microbots #microrobotics
👩🔬🧑🔬 MEET OUR TEAM 🎉 🤝 Elisa Linda Petrocelli is a Master degree student of Nanotechnology Engineering at the "La Sapienza" University of Rome. (1/2)👇 @ScuolaSantAnna #biorobotics #research #microrobotics #scienza #microrobot #lablife #membranes #nanotechnology #scicomm
Our new #lifescience business development manager Remmi Baker-Sediako comes directly from @CELLINK3D, bringing her expertise in #microrobotics and #microfluidics. Discover Quantum X bio to benefit from our #3D #Microfabrication solutions in #nanomedicine: bit.ly/3y7XAag
Turning tiny algae into living micromotors controlled by light (w/video) bit.ly/2FJgjjP #biotechnology #nanotechnology #microrobotics
We had the pleasure to show our research activities in to the participants of #SeasonalSchool titles “From minimally invasive surgery to nanorobotics” 🥰 In the picture, Dario and Elisa are showing #liposomes using phase contrast microscopy 🔬 #microrobotics #celloids
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