Parallel-Legged Micro-Robot Enables Multi-Terrain Locomotion The 1.2 g PLioBot robot features an innovative origami design, integrating actuators for high-speed, multi-environment mobility and assembly-free fabrication.

🐜 PLioBot is a 1.2g origami-inspired micro-robot that walks, swims, and conquers tough terrains - all without assembly! Discover how integrating actuators and structure unlocks speed and versatility.
www.azorobotics.com/News.aspx?ne... #Robotics #OrigamiEngineering #MicroRobot

Multi-material and multi-module freestanding microrobot for cargo transportation

Demonstrating an FsLDW-fabricated multi-material #Microrobot with pH-responsive capture and magnetic transport modules, enabling controlled grasping, delivery, and microscale cargo release for #Biomedical applications.

#IJEM #OpenAccess: doi.org/10.1088/2631...
#BiomedicalEngineering #DrugDelivery

Original post on mastodon.social

`In this study, Thalassiosira weissflogii was transformed into biohybrid microrobots (Mag-Diatoms) while retaining its natural chlorophyll, thereby enabling Mag-Diatom-mediated photodynamic therapy (PDT) without additional drug modification.`

http://dx.doi.org/10.1631/bdm.2500276

#diatom […]

15 Ene 2026 siete notas random #microrobot #resistenciaantibioticos #freezerdbz #trex #sparc #luna

Zhong et al. design, fabricate, and model a multi-stimuli-responsive wheel-legged millirobot, enabling high flexibility and adaptability in confined environments through polymorphic transformation and multimodal locomotion.
doi.org/10.1016/j.xi...
#Microrobot #softrobot #magneticactuation

Scientists develop tiny robots that can swim through your blood to fight strokes Researchers in Switzerland have developed a microrobot capable of transporting drugs to specific locations in the body.

Researchers at the federal technology institute #ETH #Zurich created a #microrobot to fight diseases inside the body. Scientists can control the device, which is less than two millimetres in width, through blood vessels to deliver essential drugs. www.swissinfo.ch/eng/healthca...

Researchers at ETH Zurich have developed a #Microrobot capable of transporting drugs to specific locations within the body, with the potential for use in #Hospitals in the near future.
———
Read the full article: ethz.ch/en/news-and-...

On the tip of a finger: This is how small the latest microrobot developed at ETH Zurich is. It delivers drugs to their site of action and then dissolves. (Image: Luca Donati / lad.studio Zurich)

A #microrobot that delivers #drugs precisely to their target location in the body and is soon to be clinically available: great work presented @science.org by @ethz.ch with contributions by JMU Professor Tessa Lühmann!
📷Luca Donati / lad.studio Zurich
➡️ www.uni-wuerzburg.de/en/news-and-...

We had the pleasure of filming an explanatory video of the protocol to make it easier to follow and reproduce 🎥

A special thanks to the videomaker Vincenzo Bafaro and JoVE journal for this great opportunity✨

#openscience #science #research #microrobot #biorobotics

Episode 128 - Making microrobots move | Claire Asher Get more from Claire Asher on Patreon

The next episode of Robot Talk is out this Friday, but Patreon supporters can get early access now!

🎧 Listen here: www.patreon.com/posts/episod... #Robots #Robotics #Microrobot

Un minuscolo robot morbido promette rivoluzioni nella medicina e nel soccorso grazie a sensori integrati e controllo remoto.

#medicinanoninvasiva #microrobot #pillolarobotica #robotmorbido #roboticaflessibile #sensoriintegrati
www.matricedigitale.it/tech/robotic...

Gli scienziati sudcoreani hanno creato microrobot capaci di lavorare in team per sollevare oggetti pesanti Gli scienziati hanno sviluppato sciami di microrobot che lavorano insieme come formiche, riuscendo a sollevare oggetti pesanti e a liberare le arterie

🤖 #Microrobot sudcoreani: un team per sollevare oggetti pesanti! 🦾

Un passo avanti nella #robotica e nella #tecnologia!

L'articolo, di Lee Bell👇.

A wireless controlled robotic insect with ultrafast untethered running speeds - Nature Communications The BHMbot provides an efficient running gait and a novel actuation mechanism for insect scale legged microrobots to solve the bottleneck problem of the severe running speed degradation after carrying...

🚀Meet the BHMbot: a 2-cm legged microrobot reaching speeds of 17.5 body lengths per second! 🐜💨
It tackles obstacles, traces shapes, detects signals, and even teams up with drones for rescue missions.
High speed, low power, big impact!🌟🤖
#Innovation #Robotics #MicroRobot

A flapping microrobot inspired by the wing dynamics of rhinoceros beetles The wing dynamics of flying animal species have been the inspiration for numerous flying robotic systems. While birds and bats typically flap their wings using the force produced by their pectoral and...

Researchers at EPFL (Switzerland) and Konkuk University (South Korea) recently set out to explore how herbivorous insects known as rhinoceros beetles deploy and retract their wings.

techxplore.com/news/2024-08...

#Robotics #Research #EPFL #Konkuk #Microrobot

A photo of Prof. Simone Schuerle wearing a light pink shirt, smiling.

Later this season, @claireasher.bsky.social will chat to Prof. Simone Schuerle from ETH Zürich, who is developing diagnostic and therapeutic nano- and microrobots.

Send us questions for Simone in the comments or our website: robottalk.org/ask-a-questi...

#Robot #Robotics #Medicine #Microrobot

#microrobot #singlecell #RNAseq https://x.com/PZandstra/status/1148635016835899393