Daily automated news — updated on 03-07-2026
Robot-assisted operations, minimally invasive surgery and surgical precision systems.
UT Southwestern Medical Center (UTSW) has introduced single-port robotic surgery for lung cancer treatment. This technique requires only one small incision, unlike traditional robotic surgery which uses multiple entry points. The approach may offer patients benefits such as reduced pain, faster recovery, and smaller scars.
DeKalb Regional Medical Center has launched a new robotic surgery program. This program enables surgeons to perform minimally invasive procedures using advanced robotic systems. The hospital is expanding its technological capabilities to provide patients with improved surgical care options.
Robotic surgery is providing new momentum to advance and improve surgical care. The article discusses how robot-assisted surgery is driving progress in the operating room. This technology contributes to more precise procedures and better patient outcomes.
Exoskeletons, therapy robots and technology helping patients recover and move independently.
A study published in Nature examines the effects of early intervention with upper limb rehabilitation robots in stroke patients. The findings indicate that robotic rehabilitation contributes to functional reconstruction of the upper limb and improves sarcopenia-related indicators. This highlights the potential of rehabilitation robots as an early intervention tool following a stroke.
Researchers have developed a new robot designed to measure wrist stiffness in stroke patients with precision. The device enables objective assessment of motor impairments resulting from a stroke, which is essential for planning rehabilitation treatments. The robot provides a standardized method to monitor patients' recovery progress.
A robotic exoskeleton links the movements of therapists to those of patients to improve stroke rehabilitation. Through this direct connection, the therapist can physically guide and support the patient during exercises, increasing the effectiveness of treatment. This technology offers new possibilities for a more personalized and interactive approach to rehabilitation.
AI and robotic systems helping doctors with imaging, analysis and early detection of conditions.
Robots and artificial intelligence are playing an increasingly important role in the early detection of lung cancer, enabling doctors to identify abnormalities more quickly and accurately. The combination of robotics and AI allows for more detailed analysis of medical images, leading to faster diagnoses. These technologies help improve patient survival rates by identifying lung cancer at an earlier stage.
Dit artikel beschrijft robot-geassisteerde tele-echografie waarbij gebruik wordt gemaakt van 5G-technologie. Met deze technologie kan een robotarm op afstand een echografisch onderzoek uitvoeren, terwijl een specialist op een andere locatie de beelden in realtime bekijkt en de robot aanstuurt. Dit biedt mogelijkheden voor diagnostiek in afgelegen gebieden of situaties waarbij fysieke aanwezigheid van een specialist niet mogelijk is.
Noah Medical heeft twee nieuwe klinische studies gepresenteerd op het CHEST 2025-congres over het Galaxy System, een robotisch navigatieplatform voor bronchoscopische procedures. Deze studies breiden de klinische bewijsvoering uit voor het gebruik van het systeem bij de diagnostiek van longaandoeningen. Het Galaxy System maakt gebruik van robotica om nauwkeurigere biopsieën van de longen mogelijk te maken.
Care robots, social robots and assistive technology for nursing and elderly care.
A hospital in Odessa, Texas has started deploying robot nurses to support its healthcare staff. These robots are being used to take over nursing tasks and reduce the workload of human nurses. The initiative is part of a broader trend of hospitals using robotics to improve the quality of care.
Foxconn has introduced a healthcare robot intended to revolutionize patient care. The technology giant is targeting healthcare applications with this new robotic solution. Further details about the specific functions and deployment areas of the robot have not yet been fully disclosed.
A hospital in Odessa, Texas has introduced robot nurses to support its healthcare staff. These robots are deployed to take over certain tasks and reduce the workload of human nurses. It represents a growing trend of robotics applications in patient care settings.
Autonomous robots for medication delivery, hospital logistics and internal transport.
Trapi is a hospital robot developed in collaboration with Swiss Post, designed to perform logistical tasks within hospital environments. The robot is capable of autonomously transporting goods, medications, or materials throughout healthcare facilities. This initiative is part of a broader trend of using robotics to optimize hospital logistics and reduce the workload of healthcare staff.
Researchers from the University of Santo Tomas (UST) have made improvements to the LISA robot for hospital use. The robot is designed to support and optimize logistical tasks in hospital environments. The improvements aim to enable more efficient and safer deployment of the robot within medical facilities.
Ambyon is een robot die ingezet wordt in ziekenhuizen om rust te brengen in de dagelijkse chaos. De robot is ontworpen om tijd te 'creëren' voor zorgpersoneel door logistieke taken over te nemen. Dit stelt medewerkers in staat zich meer te richten op directe patiëntenzorg.
Other developments at the intersection of robotics and healthcare.
The University of Bielefeld has opened a showroom dedicated to showcasing the future of therapy and medical care. The space demonstrates innovative technologies, including robotics, that can be applied in healthcare and rehabilitation settings. The initiative aims to explore new possibilities for the use of technology in healthcare.
Elon Musk's so-called 'MediBot', priced at around $10,000, is presented as a robot with potential applications in healthcare. The article discusses the possible impact of such robotics on the medical sector and raises the question of whether this represents the future of care or a threat to healthcare professionals. The discussion focuses on balancing technological innovation with the role of human caregivers.
Dit artikel onderzoekt de Europese regelgeving rondom robotica en artificiële intelligentie in de gezondheidszorg, met een specifieke focus op aansprakelijkheid bij medische fouten. Het behandelt de vraag wie verantwoordelijk is wanneer een robot of AI-systeem betrokken is bij een medische misstand. Dit is een belangrijk juridisch en ethisch vraagstuk dat de implementatie van zorgtechnologie in Europa beïnvloedt.