#medicalrobot search results

Chinese scientists have created the world's 1st bio-inspired 3D-structured #ElectronicSkin that can simultaneously decode and perceive pressure, friction, and strain with human skin-level pressure position perception resolution of 0.1 mm, offering potential uses in #MedicalRobot.

ChinaScience's tweet image. Chinese scientists have created the world's 1st bio-inspired 3D-structured #ElectronicSkin that can simultaneously decode and perceive pressure, friction, and strain with human skin-level pressure position perception resolution of 0.1 mm, offering potential uses in #MedicalRobot.
ChinaScience's tweet image. Chinese scientists have created the world's 1st bio-inspired 3D-structured #ElectronicSkin that can simultaneously decode and perceive pressure, friction, and strain with human skin-level pressure position perception resolution of 0.1 mm, offering potential uses in #MedicalRobot.

This weird robot can save lives.⁠ ⁠ #MedicalRobot #Innovation #HealthTech #Robotics


Chinese scientists have created the world's 1st bio-inspired 3D-structured #ElectronicSkin that can simultaneously decode and perceive pressure, friction, and strain with human skin-level pressure position perception resolution of 0.1 mm, offering potential uses in #MedicalRobot

PDChina's tweet image. Chinese scientists have created the world's 1st bio-inspired 3D-structured #ElectronicSkin that can simultaneously decode and perceive pressure, friction, and strain with human skin-level pressure position perception resolution of 0.1 mm, offering potential uses in #MedicalRobot
PDChina's tweet image. Chinese scientists have created the world's 1st bio-inspired 3D-structured #ElectronicSkin that can simultaneously decode and perceive pressure, friction, and strain with human skin-level pressure position perception resolution of 0.1 mm, offering potential uses in #MedicalRobot

Team MYEHEALTH @rss_rcsi attempting to release the burden from health services and patients with a Multiple Myeloma Virtual Clinic #medicalrobot #SIC19

RCSILibrary's tweet image. Team MYEHEALTH @rss_rcsi attempting to release the burden from health services and patients with a Multiple Myeloma Virtual Clinic #medicalrobot #SIC19

Discover how #KUKA can assist you in the #healthcare field with our #medicalrobot range. Our #robots can perform a range of services that can support a variety of areas in the #medicalindustry within Ireland. Watch the video to find out more! #MedicalMonday #medtech #cobotics


Jinshan Science & Technology releases a number of hightech instruments for medical use in 2018 #SmartChinaExpo #medicalrobot #AI #Jinshanscienceandtechnology #intelligent #hightech #medicalinstrument #science #Chongqing #China

iChongqing_CIMC's tweet image. Jinshan Science & Technology releases  a number of  hightech instruments for medical use in 2018 #SmartChinaExpo #medicalrobot #AI #Jinshanscienceandtechnology #intelligent #hightech #medicalinstrument #science #Chongqing #China

We're proud to be among the winners of the 2020 RBR50 Robotics Innovation Awards (@RoboticBusiness) that recognizes the opening of #ABB's global healthcare research hub at the #TMC & our innovative leadership toward the creation of the hospital of the future.#MedicalRobot

ABBRobotics's tweet image. We're proud to be among the winners of the 2020 RBR50 Robotics Innovation Awards (@RoboticBusiness) that recognizes the opening of #ABB's global healthcare research hub at the #TMC & our innovative leadership toward the creation of the hospital of the future.#MedicalRobot

Robotics Business Review Announces 2020 RBR50 Robotics Innovation Award Winners! Take a look at the full list here: bit.ly/37tVimD

AW_Robotics's tweet image. Robotics Business Review Announces 2020 RBR50 Robotics Innovation Award Winners! Take a look at the full list here: bit.ly/37tVimD


Article by Jueun Choi et al. | A Vascular Intervention Assist Device Using Bi-Motional Roller Cartridge Structure and Clinical Evaluation mdpi.com/2079-6374/11/9… @MDPIOpenAccess @AsanMedicalCtr #cardiovascularintervention #medicalrobot #teleoperationcontrol #masterslavesystem

Biosensors_MDPI's tweet image. Article by Jueun Choi et al. | A Vascular Intervention Assist Device Using Bi-Motional Roller Cartridge Structure and Clinical Evaluation
mdpi.com/2079-6374/11/9… 

@MDPIOpenAccess 
@AsanMedicalCtr 
#cardiovascularintervention #medicalrobot #teleoperationcontrol #masterslavesystem

New Robot to Mediate Group Discussions Between Children with Mixed-Visual Abilities azorobotics.com/news.aspx?News… @iti_larsys #robotics #medicalrobot #children #robot

AZoRobotics's tweet image. New Robot to Mediate Group Discussions Between Children with Mixed-Visual Abilities azorobotics.com/news.aspx?News… @iti_larsys #robotics #medicalrobot #children #robot

Meet the newest addition to our AI-powered service robot platform: Medbot Medbot is the elevator-enabled robot designed to revolutionize essential item delivery in the healthcare sector. Learn more about Medbot here: shorturl.at/wMRZ3 #RichtechRobotics #MedicalRobot

RichtechRobots's tweet image. Meet the newest addition to our AI-powered service robot platform: Medbot

Medbot is the elevator-enabled robot designed to revolutionize essential item delivery in the healthcare sector.

Learn more about Medbot here: shorturl.at/wMRZ3

#RichtechRobotics #MedicalRobot

This weekend, we're bringing #Micromate™ to our first CIO -Symposium on Clinical Interventional Oncology! Join @SPeairsColorado and the team in Miami Beach for a demo of our #MedicalRobot and a walkthrough of the details of our brand-new #subscription model. #CIO2022

INSRobotics's tweet image. This weekend, we're bringing #Micromate™ to our first CIO -Symposium on Clinical Interventional Oncology!

Join @SPeairsColorado and the team in Miami Beach for a demo of our #MedicalRobot and a walkthrough of the details of our brand-new #subscription model. 

#CIO2022

To meet the increasing demand for medical services due to labour shortages and an ageing population, Shanghai-based company Fourier Intelligence is developing a humanoid robot called GR-1. en.channeliam.com/2023/07/18/hum… #MedicalRobot #GR1Robot #HealthcareInnovation #PatientTransfer


Transformer-style robot travels through human body to cure diseases #transformer #medicalrobot #milibot #origami #drruikezhao #stanfordunive


#Article A Vascular Intervention Assist Device Using Bi-Motional Roller Cartridge Structure and Clinical Evaluation by Jueun Choi, et al. doi.org/10.3390/bios11… @MDPIOpenAccess @ChemMatSci_MDPI @UnivofUlsan #cardiovascularintervention #medicalrobot #openaccess

Biosensors_MDPI's tweet image. #Article
A Vascular Intervention Assist Device Using Bi-Motional Roller Cartridge Structure and Clinical Evaluation by Jueun Choi, et al.
doi.org/10.3390/bios11…

@MDPIOpenAccess @ChemMatSci_MDPI @UnivofUlsan
#cardiovascularintervention #medicalrobot #openaccess

#NewPaperOnline 📖 Preliminary Validation of Nitinol Rod Driven Discrete Continuum Robot for Transoral Surgery by Planar Path Planning with CT Images ✍ By Yeoun-Jae Kim, Ji Eun Oh and Daehan Wi 👉 mdpi.com/2218-6581/14/1… #Robotics #medicalrobot #continuumrobot

RoboticsMDPI's tweet image. #NewPaperOnline
📖 Preliminary Validation of Nitinol Rod Driven Discrete Continuum Robot for Transoral Surgery by Planar Path Planning with CT Images 
✍ By Yeoun-Jae Kim, Ji Eun Oh and Daehan Wi
👉 mdpi.com/2218-6581/14/1…

#Robotics #medicalrobot #continuumrobot
RoboticsMDPI's tweet image. #NewPaperOnline
📖 Preliminary Validation of Nitinol Rod Driven Discrete Continuum Robot for Transoral Surgery by Planar Path Planning with CT Images 
✍ By Yeoun-Jae Kim, Ji Eun Oh and Daehan Wi
👉 mdpi.com/2218-6581/14/1…

#Robotics #medicalrobot #continuumrobot

First-of-its-kind medical robot is helping doctors perform spinal surgeries #NemoursHospital #MedicalRobot #BreakingNews


@JohnsHopkins made headlines in July by teaching a #medicalrobot to perform a gallbladder removal, which marks an advancement in #medicalrobotics, where robots can perform with mechanical precision. therobotreport.com/top-10-robotic…


From precision surgeries to advanced rehabilitation, medical robots are quietly revolutionising the healthcare experience — making it safer, smarter, and more human. Malaysia is embracing the shift — and the industry is growing fast. #techfinancier #MDV #medicalrobot


Startup SoftLens’s adaptive optical mounts reshape micro‐lenses in cameras via soft actuators, enabling variable focus in tiny endoscopes. #MedicalRobot #AdaptiveOptics


**纳米手术机器人**:上海瑞金医院完成世界首例自主冠状动脉手术 #MedicalRobot


This weird robot can save lives.⁠ ⁠ #MedicalRobot #Innovation #HealthTech #Robotics


What are the manufacturing methods for surgical robot parts-AbleMed #surgicalrobot #medicalrobot #medicalparts Surgical robots are advanced devices used in surgical procedures, utilizing precise mechanical arms and high-resolution cameras Readmore: ablemedicaldevice.com/product/202406…

AbleMedical's tweet image. What are the manufacturing methods for surgical robot parts-AbleMed #surgicalrobot #medicalrobot #medicalparts
Surgical robots are advanced devices used in surgical procedures, utilizing precise mechanical arms and high-resolution cameras 
Readmore: ablemedicaldevice.com/product/202406…

Today is the day I got a sensor on my arm. I'm diabetic, and it is meant to help me monitor my sugars. Here's hoping it helps! It feels a bit weird at the moment, though - a bit sore if I move my arm in certain ways. #medicalrobot


Chinese scientists have created the world's 1st bio-inspired 3D-structured #ElectronicSkin that can simultaneously decode and perceive pressure, friction, and strain with human skin-level pressure position perception resolution of 0.1 mm, offering potential uses in #MedicalRobot.

ChinaScience's tweet image. Chinese scientists have created the world's 1st bio-inspired 3D-structured #ElectronicSkin that can simultaneously decode and perceive pressure, friction, and strain with human skin-level pressure position perception resolution of 0.1 mm, offering potential uses in #MedicalRobot.
ChinaScience's tweet image. Chinese scientists have created the world's 1st bio-inspired 3D-structured #ElectronicSkin that can simultaneously decode and perceive pressure, friction, and strain with human skin-level pressure position perception resolution of 0.1 mm, offering potential uses in #MedicalRobot.

Chinese scientists have created the world's 1st bio-inspired 3D-structured #ElectronicSkin that can simultaneously decode and perceive pressure, friction, and strain with human skin-level pressure position perception resolution of 0.1 mm, offering potential uses in #MedicalRobot

PDChina's tweet image. Chinese scientists have created the world's 1st bio-inspired 3D-structured #ElectronicSkin that can simultaneously decode and perceive pressure, friction, and strain with human skin-level pressure position perception resolution of 0.1 mm, offering potential uses in #MedicalRobot
PDChina's tweet image. Chinese scientists have created the world's 1st bio-inspired 3D-structured #ElectronicSkin that can simultaneously decode and perceive pressure, friction, and strain with human skin-level pressure position perception resolution of 0.1 mm, offering potential uses in #MedicalRobot

Meet the newest addition to our AI-powered service robot platform: Medbot Medbot is the elevator-enabled robot designed to revolutionize essential item delivery in the healthcare sector. Learn more about Medbot here: shorturl.at/wMRZ3 #RichtechRobotics #MedicalRobot

RichtechRobots's tweet image. Meet the newest addition to our AI-powered service robot platform: Medbot

Medbot is the elevator-enabled robot designed to revolutionize essential item delivery in the healthcare sector.

Learn more about Medbot here: shorturl.at/wMRZ3

#RichtechRobotics #MedicalRobot

Collaborative #robots and #medicalrobot applications are on the rise. These so-called “#cobots” must be #safe, #robust and #precise enough not to endanger the #humans interacting with it. tinyurl.com/4e9mmz42

EEngineeringMag's tweet image. Collaborative #robots and #medicalrobot applications are on the rise. These so-called “#cobots” must be #safe, #robust and #precise enough not to endanger the #humans interacting with it. tinyurl.com/4e9mmz42

Chinese scientists have created the world's 1st bio-inspired 3D-structured #ElectronicSkin that can simultaneously decode and perceive pressure, friction, and strain with human skin-level pressure position perception resolution of 0.1 mm, offering potential uses in #MedicalRobot.

ChinaScience's tweet image. Chinese scientists have created the world's 1st bio-inspired 3D-structured #ElectronicSkin that can simultaneously decode and perceive pressure, friction, and strain with human skin-level pressure position perception resolution of 0.1 mm, offering potential uses in #MedicalRobot.
ChinaScience's tweet image. Chinese scientists have created the world's 1st bio-inspired 3D-structured #ElectronicSkin that can simultaneously decode and perceive pressure, friction, and strain with human skin-level pressure position perception resolution of 0.1 mm, offering potential uses in #MedicalRobot.

Chinese scientists have created the world's 1st bio-inspired 3D-structured #ElectronicSkin that can simultaneously decode and perceive pressure, friction, and strain with human skin-level pressure position perception resolution of 0.1 mm, offering potential uses in #MedicalRobot

PDChina's tweet image. Chinese scientists have created the world's 1st bio-inspired 3D-structured #ElectronicSkin that can simultaneously decode and perceive pressure, friction, and strain with human skin-level pressure position perception resolution of 0.1 mm, offering potential uses in #MedicalRobot
PDChina's tweet image. Chinese scientists have created the world's 1st bio-inspired 3D-structured #ElectronicSkin that can simultaneously decode and perceive pressure, friction, and strain with human skin-level pressure position perception resolution of 0.1 mm, offering potential uses in #MedicalRobot

We're proud to be among the winners of the 2020 RBR50 Robotics Innovation Awards (@RoboticBusiness) that recognizes the opening of #ABB's global healthcare research hub at the #TMC & our innovative leadership toward the creation of the hospital of the future.#MedicalRobot

ABBRobotics's tweet image. We're proud to be among the winners of the 2020 RBR50 Robotics Innovation Awards (@RoboticBusiness) that recognizes the opening of #ABB's global healthcare research hub at the #TMC & our innovative leadership toward the creation of the hospital of the future.#MedicalRobot

Robotics Business Review Announces 2020 RBR50 Robotics Innovation Award Winners! Take a look at the full list here: bit.ly/37tVimD

AW_Robotics's tweet image. Robotics Business Review Announces 2020 RBR50 Robotics Innovation Award Winners! Take a look at the full list here: bit.ly/37tVimD


.@DLR_de will be presenting their robotic arm MIRO from 10 – 12 October 2019 at the International Medical Festival @XPOMET in #Berlin. Come by and take a look at our #medicalrobot.⚕️#roboticsurgery #robots bit.ly/2mAdQOI

DLR_en's tweet image. .@DLR_de will be presenting their robotic arm MIRO from 10 – 12 October 2019 at the International Medical Festival @XPOMET in #Berlin. Come by and take a look at our #medicalrobot.⚕️#roboticsurgery #robots bit.ly/2mAdQOI …
DLR_en's tweet image. .@DLR_de will be presenting their robotic arm MIRO from 10 – 12 October 2019 at the International Medical Festival @XPOMET in #Berlin. Come by and take a look at our #medicalrobot.⚕️#roboticsurgery #robots bit.ly/2mAdQOI …
DLR_en's tweet image. .@DLR_de will be presenting their robotic arm MIRO from 10 – 12 October 2019 at the International Medical Festival @XPOMET in #Berlin. Come by and take a look at our #medicalrobot.⚕️#roboticsurgery #robots bit.ly/2mAdQOI …

#NewPaperOnline 📖 Preliminary Validation of Nitinol Rod Driven Discrete Continuum Robot for Transoral Surgery by Planar Path Planning with CT Images ✍ By Yeoun-Jae Kim, Ji Eun Oh and Daehan Wi 👉 mdpi.com/2218-6581/14/1… #Robotics #medicalrobot #continuumrobot

RoboticsMDPI's tweet image. #NewPaperOnline
📖 Preliminary Validation of Nitinol Rod Driven Discrete Continuum Robot for Transoral Surgery by Planar Path Planning with CT Images 
✍ By Yeoun-Jae Kim, Ji Eun Oh and Daehan Wi
👉 mdpi.com/2218-6581/14/1…

#Robotics #medicalrobot #continuumrobot
RoboticsMDPI's tweet image. #NewPaperOnline
📖 Preliminary Validation of Nitinol Rod Driven Discrete Continuum Robot for Transoral Surgery by Planar Path Planning with CT Images 
✍ By Yeoun-Jae Kim, Ji Eun Oh and Daehan Wi
👉 mdpi.com/2218-6581/14/1…

#Robotics #medicalrobot #continuumrobot

New Robot to Mediate Group Discussions Between Children with Mixed-Visual Abilities azorobotics.com/news.aspx?News… @iti_larsys #robotics #medicalrobot #children #robot

AZoRobotics's tweet image. New Robot to Mediate Group Discussions Between Children with Mixed-Visual Abilities azorobotics.com/news.aspx?News… @iti_larsys #robotics #medicalrobot #children #robot

Team MYEHEALTH @rss_rcsi attempting to release the burden from health services and patients with a Multiple Myeloma Virtual Clinic #medicalrobot #SIC19

RCSILibrary's tweet image. Team MYEHEALTH @rss_rcsi attempting to release the burden from health services and patients with a Multiple Myeloma Virtual Clinic #medicalrobot #SIC19

As per ReportLinker, the global #MedicalRobot market is expected to grow to $21.65 billion in 2026 at a CAGR of 18.1%. Read the full story at: zcu.io/N8Cf #Robotics #Robot #Stroke #Patient #Rehabilitation

RehabModalities's tweet image. As per ReportLinker, the global #MedicalRobot market is expected to grow to $21.65 billion in 2026 at a CAGR of 18.1%. Read the full story at: zcu.io/N8Cf 
#Robotics #Robot #Stroke #Patient #Rehabilitation

Jinshan Science & Technology releases a number of hightech instruments for medical use in 2018 #SmartChinaExpo #medicalrobot #AI #Jinshanscienceandtechnology #intelligent #hightech #medicalinstrument #science #Chongqing #China

iChongqing_CIMC's tweet image. Jinshan Science & Technology releases  a number of  hightech instruments for medical use in 2018 #SmartChinaExpo #medicalrobot #AI #Jinshanscienceandtechnology #intelligent #hightech #medicalinstrument #science #Chongqing #China

How #automated should a #medicalrobot be and what does the future hold? We answer these questions are more in our blog. hubs.ly/H0lsq2c0

AccutronicsLtd's tweet image. How #automated should a #medicalrobot be and what does the future hold?  We answer these questions are more in our blog.  hubs.ly/H0lsq2c0

Article by Jueun Choi et al. | A Vascular Intervention Assist Device Using Bi-Motional Roller Cartridge Structure and Clinical Evaluation mdpi.com/2079-6374/11/9… @MDPIOpenAccess @AsanMedicalCtr #cardiovascularintervention #medicalrobot #teleoperationcontrol #masterslavesystem

Biosensors_MDPI's tweet image. Article by Jueun Choi et al. | A Vascular Intervention Assist Device Using Bi-Motional Roller Cartridge Structure and Clinical Evaluation
mdpi.com/2079-6374/11/9… 

@MDPIOpenAccess 
@AsanMedicalCtr 
#cardiovascularintervention #medicalrobot #teleoperationcontrol #masterslavesystem

How #automated should a #MedicalRobot be and what approach does modern #RoboticSurgery tend to favor? We explore these questions and look at what impact #batteries have had or could have in the future. hubs.ly/H0k1s3X0

UltralifeCorp's tweet image. How #automated should a #MedicalRobot be and what approach does modern #RoboticSurgery tend to favor?  We explore these questions and look at what impact #batteries have had or could have in the future.  hubs.ly/H0k1s3X0

Last week, #Curexo, a medical robot company, demonstrated an artificial joint surgery robot in front of the president of the Republic of Korea. #ThinkSurgical #medicalrobot #robodoc

Flowerteaboy's tweet image. Last week, #Curexo, a medical robot company, demonstrated an artificial joint surgery robot in front of the president of the Republic of Korea. #ThinkSurgical #medicalrobot #robodoc

This weekend, we're bringing #Micromate™ to our first CIO -Symposium on Clinical Interventional Oncology! Join @SPeairsColorado and the team in Miami Beach for a demo of our #MedicalRobot and a walkthrough of the details of our brand-new #subscription model. #CIO2022

INSRobotics's tweet image. This weekend, we're bringing #Micromate™ to our first CIO -Symposium on Clinical Interventional Oncology!

Join @SPeairsColorado and the team in Miami Beach for a demo of our #MedicalRobot and a walkthrough of the details of our brand-new #subscription model. 

#CIO2022

This #medicalrobot excels at drawing human blood: cnet.co/2uqqFPY via @CNET

cgi_motion's tweet image. This #medicalrobot excels at drawing human blood: cnet.co/2uqqFPY  via @CNET

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