#softrobotics search results

SRT Smart Workstation: Your Retail Go-To for Integrated Sorting & Packing Excellence #SRT #softgripper #softrobotics #AutomationSolutions #retail

🤩70 Ice Cream Molds Minute, Zero Damage The Soft Gripper That Changed The Game! Our multi-soft-finger gripper encases each mold, keeps pressure low, and delivers perfect transfers—every single time. Finally, a stress-free way to handle delicate molds! #softgripper #softrobotics

The 0.38 \text{g} challenge: Muscle and bone atrophy. Our Kinetic-Weave EXO textile exoskeleton provides active skeletal stimulation, reducing monthly bone loss by 80%. We are building the permanent human ecosystem on Mars. #SoftRobotics #SpaceHealth #MarsAdaptation

タコにヒントを得た遊泳ロボット arxiv.org/html/2410.1176… 柔らかい非対称アームと傘のような早戻り機構の組み合わせにより、2つの定速度モーターだけで、自然なタコの腕の泳ぎを再現 #SoftRobotics #mechanism #octopus #swimming #biorobotics #biomimicry #バイオミミクリー #生物模倣

Watch This! MVG Soft Gripper vs. Suction Cups—Cracked Eggs Stay Intact, Effortless Grab! ✅213+ Patents, 16+ overseas agencies, 500+ top clients trusted, 30+ countries served, 6 Global Regulatory Certifications #SRT #softgripper #softrobotics #AutomationSolutions

💥Big news from SRT! A 29-strong delegation from Italy’s Confindustria Vicenza just visited our Beijing HQ—talking soft robotics, AI integration, and the future of smart manufacturing. Learn more. 👉 softrobotgripper.com/blogs/news/chi… #softgripper #softrobotics #AutomationSolutions

【Silicone 3D Printing】Fast, Flexible, Durable San Draw silicone prints complex structures quickly with precise control over elasticity and shape. #ISO10993 certified and ideal for #wearables, #softrobotics, and stretchable #electronics. 📩 [email protected] #Silicone #3DPrinting

🐟🤖Flexible, high-performance fish bodies inspire new approaches in soft robotics. This study introduces a tensegrity-based continuum robotic fish with variable stiffness, enabling fish-like oscillation. 🔗 mdpi.com/2313-7673/9/1/… #Biomimetics #SoftRobotics #BioinspiredDesign

🦾#SoftRobotics is redefining #automation with #robots that move, adapt, and interact with human-like flexibility. With industries emphasizing workplace safety, efficiency, and sustainability, the market for #SoftRobots is set to grow rapidly through 2030: bit.ly/485Ribs

The HIT second–generation slime robot,known as the magnetic slime robot or venom robot,was developed by research teams from HIT in collaboration with Zhengzhou University,The Chinese University of Hong Kong,and others. #MicronanoManipulation #Engineering #SoftRobotics #Medicine

Frustrated by Limited Grab Space? SRT NVG Fearlessly Handles Tight Areas—Easy Grabbing Guaranteed! #SRTNVG #softgripper #softrobotics #AutomationSolutions

🌊 NPU's Soft Robotic Manta Ray Wins Technical Invention Grand Prize, Revolutionizing Oceanic Research! 🏆 With a 4m wingspan & 10x payload capacity, NPU's innovative creation showcases high maneuverability & interaction with real fish. #NPU #OceanicResearch #SoftRobotics #ocean

I am excited to have George Whitesides for the second time on the podcast, the first episode was in 2019. Let us know what questions or topics should we focus on. #softrobotics

Pleased to be the next Invited Speaker at @Caltech Postdoc Launch! @FulbrightIT @FulbrightPrgrm @livMatS_UniFR #biorobotics #softrobotics

Biological #Robots: Perspectives on an Emerging Interdisciplinary Field Via @wyssinstitute @drmichaellevin #Robotics #softrobotics #AI #MachineLearning #ML #Engineering #HealthTech 👉liebertpub.com/doi/10.1089/so… @Nicochan33 @IanLJones98 @GlenGilmore @mvollmer1 @BetaMoroney…

Wireless Tissue Engineering Self-powered assemblies for tissue engineering applications #SyntheticBiology #BiodigitalConvergence #SoftRobotics #TissueScaffolding tinyurl.com/yh7cwdmu

I have been looking forward to having Barry Trimmer @TuftsUniversity on the Soft Robotics Podcast for a very long time, I am quite excited for it! Please let us know if you have any questions or suggestions for subjects to be covered. #softrobotics

New Robotics Reports Article Interview with George Whitesides on what makes a good soft robot design for real world applications; you can access the article here: liebertpub.com/doi/epdf/10.10… I hope you enjoy reading it! #SoftRobotics

George Whitesides episode is available! This episode was quite a challenge due to technical difficulties in the audio, I had to clone some parts of George's voice using AI voice cloning, and I did my best. I hope you enjoy it. #SoftRobotics The episode open.spotify.com/episode/6QUrud…

🎁Congratulations to George M. Whitesides who celebrates today his 85th birthday. From #PhysOrgChem to #SoftMatter and #SoftRobotics research, from #metalorganic chem. to #enzymes in org. #synthesis, from #microfluidics and lab-on-a-chip research to origin of life studies, from…

A smart #SoftRobotics system tackles a key hurdle for long-term drug delivery via medical devices: fibrotic tissue buildup and obstruction of drugs. Study by @Lu_Schreiber1 @gduffy00 @ellentroche and colleagues: scim.ag/3UA Focus: scim.ag/3UB

Speakers of our Soft Robotics Special Symposium the #PPS38 incl. Rob Shepherd, Yong Lae Park, Cecilia Lasci, Dorina Opris, ⁦@edomil⁩ , Antonia G., Matthew Hausladen, and many others #biomimetic @falktauber #softrobotics ⁦@Empa_CH⁩

The Material Robotics lab is in Minneapolis for the Society of Engineering Science (SES) conference @SocEngScience #SES2023! 📣My PhD student Bryan’s talk “A Monolithic Fabrication Method for Proprioceptive Soft-Foldable Robots” is on 10/11 at 10:30 AM! 🤩 #SoftRobotics

Presentati a Roma i risultati del progetto 4D PRo sullo sviluppo e la sperimentazione di tecniche innovative di #stampa3D di #SmartMaterials per la realizzazione di strutture di #SoftRobotics autonome con applicazioni in ambito biomedicale Vedi👇 cnr.it/it/nota-stampa… #Cnr_Imm

Bryan gave a fantastic presentation on his work on Soft-rigid Hybrid Robots, a.k.a. SHY robots! 🤖 ☺️ #softrobotics #conference #SES2023

📢 Job Opening: Seeking an exceptional postdoc in #SoftRobotics with expertise in #Mechatronics! Join us in pushing the boundaries of this rapidly evolving field. Develop intelligent soft robots and lead groundbreaking advancements #PhDPosition Apply now! tudelft.nl/over-tu-delft/…

My PhD student @leah_gaeta just gave her first conference presentation and did an amazing job! 👏 #proudPI #softrobotics #F23MRS

Engineered Muscles That Move Like the Real Thing? Ritu Raman and her team at @MIT have developed a 3D-printing technique that creates muscle tissue capable of contracting in multiple directions—just like real muscle! #Bioengineering #SoftRobotics #3DPrinting #MIT

A 2021 Viewpoint addresses some hard questions for #SoftRobotics, arguing for moving beyond “soft for soft’s sake” by using a three-tiered categorization to evaluate each study's contribution to the field. scim.ag/19F

All-printed soft human-machine interface for robotic physicochemical sensing #WearableRobots #SoftRobotics #EpidermalElectronics @caltech @WeiGaoLab @SciRobotics #C2SHiP @NSF diabeticfootonline.com/2022/06/12/all…

Inspired by longitudinal muscle fibers in the skin of worms, we developed a new concept for fabricating a hybrid fiber with tunable stiffness, that is, a fiber comprising both stiff and soft parts connected in a series researchgate.net/publication/35… #softrobotics #stretchablefiber