Autonomous robots for medication delivery, hospital logistics and internal transport.
155 article(s) from the past 14 days
Neura Robotics is expanding into healthcare with an autonomous transport robot designed for hospital environments. The robot is intended to independently move goods and materials throughout hospitals, improving logistical efficiency. This initiative aims to relieve hospital staff from routine transport tasks, allowing them to focus on patient care.
Samsung Medical Center has announced that robots will participate in patient rounds as part of an ambitious plan to become an 'advanced intelligent hospital.' This initiative focuses on deploying robotics within the hospital environment to improve care and logistics. The hospital is taking a significant step toward integrating smart technology into daily hospital operations.
The SLK Clinic has introduced an autonomous mobile robot (AMR) called 'GESSbot' to handle medication transport within the hospital. The robot takes over the logistical task of medication distribution, relieving nursing staff of this duty. This is an example of how robotics is being used to automate internal hospital logistics.
deliverz.ai has launched an end-to-end hospital logistics automation platform in the United States. The platform aims to automate internal logistics processes within hospitals, such as the transport of goods and materials. This aligns with the growing trend of robotics and automation in hospital care.
BayCare is expanding its use of autonomous delivery robots to Winter Haven hospitals by deploying new Relay robots. These robots independently handle internal hospital logistics, such as delivering medications, linens, and other supplies. The initiative aims to relieve hospital staff so they can focus more on patient care.
Diligent Robotics, the company behind the hospital robot Moxi, has hired two former executives from self-driving car company Cruise to accelerate the growth of their robot platform. Moxi is a logistics robot that supports hospital staff by handling routine tasks such as delivering supplies. With these new hires, the company aims to scale the deployment of Moxi to more hospitals.
Ubitus and MacKay Memorial Hospital have jointly developed three medical robots. This collaboration focuses on the deployment of robotics within a hospital environment. The specific functions of the robots are not further detailed in the available information.
Neura Robotics has deployed robots in hospitals tasked with pushing and transporting hospital beds. These robots take over physical logistics tasks from hospital staff, supporting the internal transport processes within healthcare facilities. This contributes to more efficient hospital logistics and reduces the physical workload on healthcare workers.
Swiss Post has developed a hospital robot called 'Trapi' that is deployed for logistical tasks within hospitals. The robot is designed to transport goods, materials, or medications through hospital corridors, relieving healthcare staff of these duties. This initiative is part of a broader trend of using robotics for internal logistics in healthcare settings.
ABB has presented a concept of a mobile laboratory robot designed for the hospital of the future. The robot is intended to automate laboratory tasks and can navigate autonomously through hospital environments. This concept demonstrates how robotics can improve efficiency and accuracy in hospital laboratories.
The NHS is expanding its use of medical drones and 'robot dogs' for deliveries across London. These robotic systems are being deployed to transport medical supplies, such as medicines and laboratory samples, more efficiently between hospitals and healthcare facilities. The initiative aims to speed up deliveries and reduce the burden on traditional logistics processes within the healthcare system.
UnitDoseOne has won the RoboBusiness Pitchfire Startup Competition, a prestigious competition for robotics startups. The company focuses on automated unit-dose medication dispensing in hospitals, improving logistics and medication safety in healthcare. This recognition highlights the growing interest in robotic solutions for hospital logistics.
The SLK Clinic has deployed the autonomous mobile robot 'GESSbot' to handle medication transport within the hospital. This robot takes over the logistical task of medication distribution, relieving hospital staff of this responsibility. The use of AMR technology in hospitals contributes to more efficient and reliable internal logistics.
The European humanoid robot market is experiencing significant growth, with applications extending to healthcare settings such as hospital logistics and patient care. A report by MarketsandMarkets analyzes the market size, share, trends, and growth projections up to 2031. Humanoid robots can be deployed in healthcare environments for supportive tasks including material transport and patient assistance.
Flying drones and robot dogs are being deployed to transport medical samples between NHS hospitals in the United Kingdom. These robotic solutions aim to improve hospital logistics and reduce the transit time of medical specimens. The initiative is part of a broader trend to integrate autonomous systems into hospital supply chains.
A cooking robot in Tübingen is receiving positive reviews for its deployment in a healthcare setting. The robot is capable of preparing meals for patients or residents, contributing to logistical support within healthcare. This type of technology can relieve staff workload and improve the quality of meal provision.
Robots are playing an increasingly important role in addressing the shortage of healthcare workers in hospitals and other care facilities. They are being deployed for logistical tasks such as transporting medications, linen, and food, allowing healthcare staff to focus on patient care. This automation helps increase efficiency and reduce the workload for existing personnel.
Ubitus and MacKay Memorial Hospital showcased a breakthrough in AI robotics for healthcare at the GTC Taiwan conference. The collaboration demonstrates how AI-driven robots can be deployed in hospital environments to improve patient care and hospital logistics. This initiative highlights the growing role of intelligent robotics in the medical sector in Asia.
A new humanoid robot has been developed for use in various environments, including schools, hospitals, and warehouses. The robot is versatile and capable of performing tasks relevant to hospital settings, such as logistical operations. This type of robot represents a growing trend of multifunctional humanoid robots being deployed in healthcare settings.
Ubitus and MacKay Memorial Hospital presented their AI robot collaboration at GTC Taiwan, showcasing how artificial intelligence combined with robotics can be applied in a healthcare setting. The demonstration highlighted the potential of AI-powered robots to improve hospital processes and patient care. This initiative aims to enhance healthcare delivery through advanced technology.
Swisslog Healthcare and Diligent Robotics have formed a partnership to enhance hospital logistics operations. By combining their robotic solutions, they aim to support hospital staff with routine tasks and improve the efficiency of internal hospital logistics. This allows healthcare providers to focus more on direct patient care.
A Danish hospital has become the first in Europe to implement the TUG logistics robot. The robot is used to transport goods and materials within the hospital, automating internal logistics processes. This makes the hospital a pioneer in robotic hospital logistics in Europe.
JD.com deployed Level 4 autonomous delivery vehicles to deliver goods in the locked-down city of Wuhan during the COVID-19 outbreak. These self-driving vehicles enabled contactless deliveries throughout the city, helping to protect both delivery workers and recipients from potential infection. This demonstrates the use of autonomous logistics robots in a crisis context with direct healthcare implications.
A hospital in Shanghai has deployed robots to handle the delivery of medicines within the hospital environment. These robots take over the logistical task of medication transport, improving efficiency and reducing the workload on staff. This represents a growing trend of using robotics for internal hospital logistics.
Engineers from the University of Santo Tomas (UST) have developed a robot designed to assist with various hospital tasks. The robot aims to support hospital staff in logistical and operational duties. This initiative aligns with the growing trend of robotics integration in healthcare settings.
ABB has unveiled a concept mobile laboratory robot designed for the 'Hospital of the Future,' capable of navigating autonomously through hospital environments. The robot is intended to automate laboratory tasks and improve overall hospital efficiency. This concept demonstrates how robotics can contribute to optimizing hospital logistics and laboratory processes.
London's NHS drone network is set to be expanded with the addition of ground robots that will work alongside drones to transport medical supplies and materials within and between hospitals. This integration of ground-based robots into the existing drone logistics network aims to further optimize hospital logistics. The initiative is part of a broader strategy to implement automated delivery systems in healthcare.
UZ Leuven has commissioned a new warehouse to make its hospital pharmacy future-proof. The warehouse incorporates automated and robot-driven systems for the storage and distribution of medications. This investment aims to improve the efficiency and safety of medication logistics within the hospital.
JD.com deployed Level 4 autonomous vehicles to deliver goods in the locked-down city of Wuhan during the COVID-19 outbreak. These self-driving robots ensured the delivery of medical supplies and daily necessities without human contact, enhancing safety for both delivery personnel and recipients. This illustrates how autonomous logistics robots can be utilized in healthcare-related crisis situations.
Engineers from the University of Santo Tomas (UST) have developed a robot designed to assist with various hospital tasks. The robot aims to support healthcare staff by handling logistical and routine duties within the hospital environment. This initiative is intended to improve overall efficiency in hospital operations.
A hospital in Austin has introduced a robot assistant to support various tasks within the facility. The robot helps staff by taking over routine tasks, allowing employees to dedicate more time to direct patient care. This initiative is part of a broader trend of hospitals adopting technology to improve efficiency and quality of care.
Moscow Mayor Sergei Sobyanin explained how robots are being utilized within Moscow's healthcare system. Robots are deployed in various hospital processes, including logistical tasks within medical institutions. This initiative is part of the broader digital and technological modernization of Moscow's healthcare infrastructure.
Premier has selected Otsaw as its preferred supplier for robotics and automation solutions. Otsaw specializes in autonomous robots capable of performing logistical tasks in hospitals and healthcare facilities. This partnership aims to improve the efficiency of hospital logistics through the use of robotics.
UZ Leuven has realized a new warehouse for the hospital pharmacy, making its logistics future-proof. The warehouse employs automated and robot-driven systems for the storage and distribution of medicines and medical supplies. This investment leads to more efficient and safer medication logistics within the hospital.
An overview of the top 20 autonomous delivery robot companies in 2025 highlights how this technology is increasingly being deployed for logistical tasks, including within hospitals and healthcare facilities. These robots can autonomously transport medications, laboratory samples, and other goods within care environments. The rise of these companies reflects a growing demand for automated logistical solutions in the healthcare sector.
A Danish hospital has become the first in Europe to deploy the TUG logistics robot for internal transport. This autonomous robot handles the delivery of goods, medications, and other materials within the hospital. The introduction of such robots aims to optimize logistics processes and reduce the workload on hospital staff.
A hospital in Austin has introduced a robot assistant as a step toward the future of healthcare. The robot supports hospital staff in their daily tasks. This initiative aligns with the growing trend of robotics in healthcare settings.
Sheba Medical Center in Israel is set to deploy medicine delivery robots by fall to automate the internal distribution of medications within the hospital. These robots aim to improve logistical efficiency and reduce the workload on hospital staff. The initiative is part of a broader trend of robotics adoption in hospital logistics.
Diligent Robotics is developing autonomous mobile manipulation robots designed for use in hospital environments. These robots can independently navigate hospital settings and perform tasks such as retrieving and delivering supplies and materials. The goal is to relieve healthcare staff from logistical duties, allowing them to dedicate more time to direct patient care.
Samsung Medical Center has announced plans to advance toward an 'advanced intelligent hospital' by incorporating robots into patient rounds. This initiative is part of a broader strategy to integrate robotics into daily hospital operations. The hospital aims to improve care quality and operational efficiency through this approach.
ABB has demonstrated a concept of a mobile laboratory robot designed for the Hospital of the Future. The robot aims to automate laboratory tasks and support logistical processes within hospital environments. This concept highlights the potential of robotics in healthcare settings to improve efficiency and automation.
NEC has developed a new AI-based robot control technology that enables robots to safely navigate environments filled with obstacles. This technology is relevant for hospital logistics, where robots need to transport materials and supplies through busy, complex environments. The innovation could contribute to more efficient and safer deployment of logistics robots in healthcare facilities.
Humanoid robot startup Diligent, originally focused on healthcare robots for hospitals, is bringing on former executives from self-driving car company Cruise. This move signals the company's intention to expand its operations beyond the healthcare sector. Diligent is known for its robots that perform supportive logistical tasks in hospital environments.
An intelligent hospital in southern China is using advanced technologies, including robotics and automation, to provide greater convenience to patients. The hospital employs smart systems for logistics processes, such as delivering medications and supplies via automated robots. This contributes to a more efficient hospital environment and improves patient services.
ABB and PAL Robotics have jointly showcased a mobile manipulator, a robot capable of navigating autonomously while also grasping and moving objects. This type of robot has potential applications in hospital logistics, such as transporting materials, medications, or supplies within healthcare facilities. The collaboration combines the expertise of both companies in industrial and service robotics.
Diligent Robotics is developing autonomous mobile manipulation robots for use in hospital environments. The robot is designed to handle logistical tasks such as transporting materials and supplies within healthcare facilities. This allows nursing staff to focus more on direct patient care.
A cooking robot in Tübingen has received positive reviews in a healthcare setting. The robot is used to prepare meals, contributing to logistical support within the hospital environment. Such robots can relieve healthcare staff of non-medical tasks.
Hospitals are increasingly deploying robots for various tasks, including detecting bacteria and viruses and delivering medical samples between departments. These robotic systems contribute to greater efficiency and improved hygiene within healthcare facilities. The use of robots for logistics and infection prevention in hospitals is steadily growing.
Moxi is a healthcare robot developed in Austin, Texas, designed to assist hospital staff with logistical and routine tasks. By taking over non-clinical duties, Moxi allows nurses and other healthcare workers to focus more on direct patient care. The robot is increasingly being deployed in American hospitals as a practical support tool in daily hospital operations.
BayCare is testing robots for patient transport at Morton Plant hospital. These robots are being used to transport patients within the hospital, potentially improving logistical processes and reducing the workload on staff. The initiative is a pilot program exploring the use of robotics in hospital logistics.
Beijing Anzhen Hospital is undergoing a smart transformation with the help of medical robots. The robots support logistics and other hospital processes to improve efficiency and quality of care. This initiative is part of a broader trend of technological modernization in Chinese hospitals.
The new Stanford Hospital has integrated robots into its workforce to support hospital operations. These robots assist with logistical tasks such as transporting supplies, medications, and other materials throughout the facility. This represents a growing trend of hospitals adopting robotics to improve efficiency and service delivery.
ST Engineering Aethon has announced the winners of the 2024 RoboHero Awards, a program recognizing hospitals and healthcare facilities for their innovative use of autonomous mobile robots in logistics operations. The awards highlight organizations that deploy robotics to optimize hospital logistics, such as transporting medications, linens, and other supplies. The initiative underscores the growing role of robotics in improving the efficiency of hospital operations.
Ubitus and MacKay Memorial Hospital presented an AI robot healthcare breakthrough at the GTC Taiwan event. The collaboration demonstrates how AI-powered robots can be deployed in a hospital environment. Specific applications, such as logistics or patient care, are further detailed in the article.
Yujin Robot presents innovative robotic solutions designed for both warehouse logistics and hospital environments. The company focuses on improving efficiency and automation in healthcare facilities through advanced robotics. These solutions can contribute to optimizing internal logistics within hospitals.
Moxi is a healthcare robot developed in Austin, Texas, designed to assist hospital staff with routine tasks. The robot supports nursing personnel by taking over logistical duties, allowing caregivers to spend more time with patients. Moxi is increasingly being introduced in hospitals across the United States.
The global professional service robot market is analyzed in a report with an outlook to 2036. This market includes robots deployed in hospitals for logistical tasks such as transporting medications, food, and materials. Growth in this sector is driven by increasing automation in healthcare and other professional environments.
ST Engineering Aethon has announced the RoboHero Awards to recognize hospitals and healthcare organizations that demonstrate exceptional use of autonomous mobile robot technology in healthcare. The awards focus on innovative applications of robots for logistical tasks within healthcare facilities. This initiative highlights the growing role of autonomous robots in optimizing hospital logistics.
ST Engineering Aethon has launched the Zena RX, an autonomous robot specifically designed for the secure delivery of medications, medical specimens, and sensitive goods within hospitals. The robot features secured storage compartments and controlled access to ensure the integrity of sensitive items during transport throughout the hospital. This system aims to improve logistical processes in hospitals and reduce the workload of healthcare staff.
Sales of professional service robots have increased by 39%, primarily driven by logistics applications. This includes hospital logistics, where robots are increasingly used to transport medications, materials, and other goods within healthcare facilities. The growth reflects a broader trend of automation in healthcare logistics.
Texas Children's Hospital employs automation in six key ways to improve its supply chain and hospital operations. These automated systems enhance efficiency and help reduce operational costs within the healthcare facility. The use of robotics and automation contributes to smoother hospital workflows and better patient care.
ABB has unveiled a concept for a mobile laboratory robot designed for the hospital of the future. The robot is intended to autonomously perform laboratory tasks and contribute to more efficient hospital logistics. This concept demonstrates how robotics can be used to support hospital staff and automate processes.
Local startup Zeus Robotics is planning a pilot program at Erlanger Health System for an autonomous hospital robot. The robot is designed to automate logistical tasks within the hospital environment. This initiative aligns with the growing trend of deploying autonomous robots for hospital logistics.
Arrive Point has developed smart mailboxes designed to free up hospital staff for patient care by automating the handling of mail and deliveries. These smart systems take over logistical tasks, allowing healthcare workers to focus on direct patient care. The technology is being implemented to improve hospital efficiency and reduce the workload of hospital personnel.
Swisslog Healthcare and Diligent Robotics are partnering to enhance last-mile delivery in hospitals using robotics. The collaboration combines Swisslog's logistics systems with Diligent Robotics' autonomous delivery robot Moxi. The goal is to reduce the burden on hospital staff by automating routine tasks such as delivering supplies and medications.
Automation is increasingly seen as a key solution to the challenges faced by hospitals and the healthcare system. By deploying robotics and automated systems for logistical tasks, such as transporting medications and supplies, healthcare workers can focus more on direct patient care. This can contribute to more efficient hospital processes and improved quality of care.
A new market analysis report by Fact.MR examines the global professional service robot market through 2036. This market includes robots deployed in healthcare facilities and hospitals for tasks such as logistics, patient care, and support services. The growing demand for automation in healthcare is identified as a key driver for this market.
Froedtert Hospital uses robots to haul waste and deliver linens throughout the facility. These robots support logistical operations and help reduce the workload for hospital staff. It is an example of how robotics is being utilized to improve the efficiency of hospital operations.
Hanusch Hospital in Vienna is testing a delivery robot called 'Rolli' that autonomously navigates the hospital corridors to transport blood samples. The robot is designed to relieve healthcare staff from logistical tasks, allowing them to dedicate more time to patient care.
The London NHS healthcare network is expanding its drone delivery services to transport medical goods more efficiently between healthcare facilities. Drones are being used to carry items such as medicines, blood samples, and medical supplies, improving logistics within the healthcare system. This expansion is part of the broader trend of automated and robot-driven logistics in hospitals.
Texas Children's Hospital has implemented automation in six key ways to improve its hospital operations and supply chain management. These applications likely include automated transport systems, inventory management, and other operational processes within the hospital. The adoption of automation helps the hospital operate more efficiently and supports the quality of patient care.
The NHS is expanding the use of medical drones and 'robot dogs' for deliveries across London hospitals and healthcare facilities. These robotic systems are deployed to transport medical supplies, such as medicines and laboratory samples, more efficiently. The initiative is part of a broader strategy to improve hospital logistics using robotics.
China is increasingly deploying robots within its healthcare system, ranging from logistical tasks in hospitals to support during medical procedures. These robotics initiatives aim to improve efficiency and relieve healthcare staff in a country facing large and growing healthcare demands. The article highlights the various roles robots are taking on in China's health system.
Richtech Robotics Inc. has filed an SEC 10-K report, providing insight into the financial and operational performance of this robotics company. Richtech Robotics is involved in the development of service robotics, including robots deployed in hospitals and healthcare facilities for logistical tasks. The report offers transparency regarding the company's business activities and strategic plans.
A new humanoid robot has been designed for use in various environments, including schools, hospitals, and warehouses. The robot is versatile and capable of performing tasks relevant to hospital logistics, such as transporting goods and supporting staff. This type of multifunctional humanoid robot represents a growing trend of deploying such robots in healthcare settings.
Ground robots are set to join London's NHS drone network, which is used to transport medical supplies between hospitals. This expansion will enhance the logistics network by enabling ground-based delivery in addition to aerial transport. The initiative is part of a broader effort to automate and improve healthcare logistics across London.
TAYS Hospital in Finland is collaborating with Ceterio and Tuomi Logistiikka to explore human-robot interactions in hospital logistics. The research, conducted by Tampere University, focuses on how staff and robots work together in transporting goods and materials within the hospital. The findings aim to contribute to more efficient and safer logistics workflows in healthcare settings.
A hospital has successfully reduced chemotherapy delivery time from 40 minutes to 14 minutes through the use of automated logistics systems. This improvement in hospital logistics results in faster treatments and increased efficiency in cancer patient care. Robotics and automation play a central role in optimizing the medication distribution process.
Zeus Robotics has unveiled ZERA, their first in-hospital logistics robot designed to support internal hospital operations. ZERA is intended to assist with transporting goods and materials between hospital departments. This type of robot can relieve healthcare staff from routine tasks and improve overall operational efficiency.
ABB has presented a concept of a mobile laboratory robot designed for the 'Hospital of the Future'. The robot is intended to automate and support laboratory tasks in hospitals by navigating independently through the hospital environment. This concept illustrates how mobile robotics can contribute to more efficient and automated hospital logistics.
Hanusch Hospital in Vienna is testing a delivery robot called 'Rolli' that autonomously navigates through the hospital to transport blood samples. The robot aims to optimize internal logistics and relieve staff from routine transport tasks. The pilot project will evaluate whether the robot can be structurally deployed for internal hospital transport.
Schindler is collaborating with a major European hospital to enable robots to navigate the building autonomously using smart elevators and digital solutions. The technology allows logistics robots to change floors and transport goods efficiently within the hospital environment. This represents an example of how building infrastructure is being integrated with robotics to optimize hospital logistics.
Pharmy is an autonomous navigation robot designed by ARBO design, intended for use in hospitals and healthcare facilities. The robot is developed to independently perform logistical tasks, such as transporting medications and other goods within care environments. With its autonomous navigation system, Pharmy can move safely and efficiently through hospital corridors.
The NHS in London is set to expand its use of drones for medical deliveries. These drones are used to transport medical supplies, such as medicines and laboratory samples, between hospitals and healthcare facilities. This initiative is part of broader efforts to optimize logistics within the healthcare sector.
ABB has demonstrated a concept for a mobile laboratory robot designed for the Hospital of the Future. The robot is intended to autonomously perform laboratory tasks and contribute to more efficient hospital logistics. This concept highlights the potential of robotics in hospital environments to improve operational workflows.
ABB's Mobile YuMi robot demonstrates the future potential of robotics in healthcare settings. This mobile, dual-arm robot can be deployed for logistical tasks in hospitals, such as transporting materials and supporting care processes. The demonstration highlights how mobile robots could play an increasingly important role in automating hospital environments.
This study examined the expectations and perceptions of healthcare professionals regarding robot deployment in hospital environments during the COVID-19 pandemic. It provides insights into how hospital staff view robotics in healthcare settings, particularly in the context of infection prevention and logistical support. The findings, published in Frontiers, contribute to understanding the acceptance of healthcare robotics.
A hospital in Taiwan is deploying humanoid robots and medical robots to assist healthcare staff with patient care. The robots support various tasks throughout the hospital, contributing to a more efficient and futuristic care environment. This initiative demonstrates the growing integration of robotics in daily hospital logistics and patient care.
ST Engineering Aethon has launched the Zena RX, an autonomous robot specifically designed for the secure delivery of medications, specimens, and sensitive goods within hospitals. The robot features secured storage compartments and aims to streamline and improve logistical processes in healthcare facilities. With this introduction, the company seeks to enhance medication safety and operational efficiency in hospitals.
ABB discusses the evolving role of robotics in healthcare, addressing the various applications of robots in hospitals and care facilities. The article highlights how robots are being deployed for logistical tasks, such as transporting medications and materials within hospitals. ABB outlines a future vision in which robotics increasingly contributes to efficiency and patient safety in the healthcare sector.
According to the International Federation of Robotics (IFR), sales of professional service robots have increased by 39%, with logistics being a key driving force. This growth includes robots deployed in hospitals and healthcare facilities for transport and logistical tasks. The rise reflects a broader trend of automation in the healthcare sector.
Pharmy is an autonomous navigation robot developed by ARBO design, intended for use in hospitals and healthcare facilities. The robot is designed to automate logistical tasks, such as transporting medications and other goods within care institutions. Using autonomous navigation technology, Pharmy can independently move through hospital environments.
A study published in Frontiers examines the expectations and perceptions of healthcare professionals regarding the deployment of robots in hospital environments during the COVID-19 pandemic. The findings provide insight into how medical staff views robotics as a means to reduce infection risks and support healthcare delivery. This research offers valuable information for the further implementation of robots in hospital settings.
Draganfly has successfully completed proof-of-concept flights for drone deliveries to hospitals. These tests demonstrate the potential of drones to transport medical supplies within or between hospital locations. The project represents a significant step forward in the development of automated logistics solutions in healthcare.
ST Engineering Aethon has announced the RoboHero Awards to recognize hospitals and healthcare organizations that make exceptional use of autonomous mobile robot technology in healthcare settings. The awards focus on innovative applications of robotics for hospital logistics, such as transporting medications, linen, and other supplies. This initiative highlights the growing role of autonomous robots in improving efficiency and patient safety in healthcare facilities.
A hospital in Taiwan is deploying humanoid and medical robots to assist staff with patient care. The robots support various tasks within the hospital, offering a glimpse into the future of healthcare. This initiative demonstrates how advanced robotics is increasingly being integrated into hospital environments.
ST Engineering Aethon has announced the winners of the 2024 RoboHero Awards, an annual recognition for outstanding use of hospital logistics robots. The awards are given to healthcare organizations that effectively deploy Aethon's autonomous transport robots for delivering medications, linen, and other hospital supplies. This initiative highlights the growing role of robotics in hospital logistics.
Local startup Zeus Robotics plans to launch a pilot program at Erlanger Health System in Chattanooga for an autonomous hospital robot. The robot is designed to automate logistical tasks within the hospital, relieving staff of routine duties. This initiative aims to improve the efficiency of hospital logistics operations.
Diligent Robotics, a Serve Robotics company, has begun rolling out Moxi 2.0, an updated version of their hospital logistics robot. Moxi is designed to support hospital staff by automating routine tasks such as delivering supplies and medications. This update represents a further advancement in the deployment of robots for hospital logistics.
A US company claims to have developed the world's first autonomous robot for transporting patients within hospitals. The robot is capable of independently moving patients through hospital corridors without human assistance. This represents a significant step forward in the automation of hospital logistics.
Delivery robots are becoming increasingly important in modern automation, including within hospitals and healthcare facilities. They can take over routine tasks such as transporting medications, linens, and food, freeing up healthcare staff to focus more on patient care. This development contributes to more efficient hospital logistics and cost savings.
GMEX Robotics is advancing autonomous logistics solutions for hospitals. The company is developing robotic systems capable of independently transporting goods and materials throughout hospital facilities. This technology aims to improve operational efficiency and relieve healthcare staff from logistical tasks.
GMEX Robotics is advancing the development of an 'intelligent robot chassis', a platform that can serve as a foundation for various robotic applications, potentially including hospital logistics. The chassis is designed to navigate autonomously in complex environments such as hospitals and other healthcare facilities. This technology could contribute to more efficient internal transport and logistical processes in healthcare settings.
Serve Robotics (SERV) is expanding its operations into hospital logistics and delivery services, potentially opening new growth opportunities for the company. The robots are being deployed for transporting goods and deliveries, including within healthcare facilities. This push into hospitals could have a significant impact on the company's growth and the adoption of robotics in healthcare.
Diligent Robotics has reached a milestone in the adoption of hospital pharmacy robotics in the United States. The company deploys robotic systems for logistical tasks in hospitals, including medication distribution and pharmacy-related processes. This development marks a significant step in the broader rollout of healthcare robots within the American healthcare system.
Ubitus and MacKay Memorial Hospital have jointly developed three medical robots for use in a hospital environment. The collaboration focuses on deploying robotics within hospital logistics and care delivery. The robots are designed to support and optimize hospital processes.
Robots are playing an increasingly important role in addressing the healthcare workforce shortage. By taking over tasks such as logistics, medication delivery, and supportive duties, care robots can relieve the burden on existing staff. This offers a practical solution to the growing demand for healthcare capacity.
Swisslog Healthcare and Diligent Robotics have announced a partnership aimed at improving hospital logistics through robotics. By joining forces, the two companies seek to provide more efficient solutions for transporting goods and materials within hospital environments. This collaboration combines Swisslog's expertise in hospital logistics with Diligent Robotics' advanced care robotics technology.
A hospital has reduced chemotherapy delivery time from 40 minutes to 14 minutes, likely through the use of automated or robot-assisted logistics systems. This improvement in hospital logistics enables faster treatment for cancer patients and more efficient pharmacy and ward operations. Such automation solutions are increasingly being adopted in hospital care settings.
BayCare, a hospital network, is launching a pilot program with robotics startup Rovex to deploy patient transport robots. The robots are designed to support and automate the movement of patients within hospital facilities. This initiative aims to reduce the workload on staff and improve the efficiency of hospital logistics.
Arrive AI is presenting a secure autonomous delivery infrastructure at HIMSS 2026, designed for use in healthcare settings. The system aims to enable safe and independent transport of goods and materials within hospitals. This aligns with the growing adoption of robotics for logistics applications in healthcare.
The hospital service robots market is showing steady growth, according to an analysis by Future Market Insights. These robots are deployed for logistical tasks within hospitals, such as transporting medications, meals, and medical supplies. The market is expected to expand further due to increasing demand for efficiency and staff support in the healthcare sector.
Diligent Robotics, the company behind the hospital robot Moxi, has hired two former executives from self-driving car company Cruise to accelerate its growth. Moxi is a logistics robot deployed in hospitals to handle routine tasks, freeing up nurses to focus more on patient care. The hiring of these experienced technology leaders suggests that Diligent Robotics plans to scale up the deployment of Moxi significantly.
ST Engineering Aethon and Oracle are collaborating to automate hospital supply chain processes using robotics and advanced software solutions. The partnership aims to improve operational efficiency in hospitals by streamlining the management of materials and supplies. By integrating Aethon's autonomous robots with Oracle's systems, hospitals can manage inventory and logistics more effectively.
Delivery robots are becoming increasingly important in modern automation, including within hospitals and healthcare facilities. They can be deployed for internal logistics, such as transporting medications, linen, and food through hospital corridors. This development contributes to more efficient care processes and reduces the workload of healthcare staff.
OTSAW Robotics, founded by CEO Ting Ming Ling, develops autonomous mobile robots that are deployed in hospitals and healthcare facilities for logistical tasks. The robots are designed to independently transport goods, medications, and other materials within complex environments such as hospitals. This interview highlights the company's vision and developments in the field of autonomous robotics in the healthcare sector.
The new Stanford Hospital has deployed robots as part of its hospital workforce. These robots support logistical processes within the hospital, such as transporting goods and materials. Stanford Medicine is leading the way in integrating robotics into hospital logistics.
Moscow Mayor Sergei Sobyanin has explained how robots are being employed within Moscow's healthcare system. The robots are used for various tasks including logistical operations in hospitals, such as transporting medications and supplies. This is part of a broader modernization effort in Moscow's healthcare infrastructure.
Diligent Robotics has reached a significant milestone in the adoption of pharmacy robotics in U.S. hospitals. The company focuses on automating logistical tasks within hospitals, including the distribution of medications through the hospital pharmacy. This development highlights the growing use of robotics to optimize hospital logistics in the United States.
ABB has demonstrated a concept for a mobile laboratory robot designed for the 'Hospital of the Future'. The robot aims to automate laboratory tasks within hospital environments, improving efficiency in hospital logistics. This concept illustrates how robotics can contribute to the modernization of hospital operations.
Hon Hai (Foxconn) and Taipei Veterans General Hospital (TVGH) have jointly developed a scrub robot intended for use in healthcare settings. The robot is expected to be launched by spring next year. It is designed to automate cleaning and hygiene tasks in hospital environments.
This study analyzes the application and effectiveness of intelligent logistics robots in hospital settings, specifically for the delivery of drugs and specimens. The research evaluates how these robots contribute to the efficiency and safety of internal hospital logistics. The findings provide insights into the management and performance of such robotic systems in practice.
This scientific article presents a benchmarking methodology for evaluating the navigation capabilities of autonomous mobile robots in hospital environments. The study assesses how well robots can maneuver through the complex and dynamic settings of a hospital, which is critical for logistics applications such as transporting medications, materials, or samples. The findings provide a standardized approach to measuring and comparing the navigation performance of hospital robots.
Mackay Memorial Hospital has deployed new AI-powered smart robots to support and optimize logistical and operational processes within the hospital. The introduction of these robots reflects the broader trend of automation in hospital care. The AI-driven systems are aimed at improving efficiency in day-to-day hospital operations.
Ambyon is a robot designed to streamline logistical processes in hospitals, freeing up staff time for patient care. By taking over repetitive tasks, the robot helps reduce the chaos and busyness typical of hospital environments. This leads to a more efficient workplace and allows healthcare workers to focus on their core responsibilities.
BayCare is testing robots for patient transport at Morton Plant hospital. These robots are being deployed to optimize internal hospital transport and support staff. The project is part of a broader trend of hospitals using robotics for logistical tasks.
The report outlines the market outlook for Autonomous Mobile Robots (AMRs) for the period 2026-2035. AMRs are increasingly being deployed in hospital environments for logistical tasks such as transporting medications, linens, and medical supplies. The market is expected to see significant growth driven by increasing demand for automation in healthcare settings.
Mackay Memorial Hospital has deployed new AI-powered smart robots to improve hospital logistics and operations. These robots utilize artificial intelligence to perform tasks within the hospital more efficiently. The deployment reflects the broader trend of automation and robotics in healthcare settings.
The NHS is using flying drones and robot dogs to transport medical samples between hospitals. These technologies are being deployed to improve and speed up the logistics of medical transport. The initiative is part of a broader trend of applying robotics to hospital logistics.
The robot Moxi has joined the staff at Elmhurst Hospital to assist nurses and nurse assistants with their daily tasks. Moxi is a care robot designed to handle routine tasks, freeing up nurses to spend more time on direct patient care. This is an example of how robotics is being used to reduce workload in hospital settings.
Hospitals in the Tampa Bay area are considering the deployment of robots for patient transport within their facilities. Such robotic solutions could improve internal logistics efficiency and reduce the workload of hospital staff. This initiative reflects a broader trend of healthcare institutions adopting technology to optimize internal transport processes.
Foster + Partners, a leading architecture firm, explores how hospitals can be designed with the integration of robotics in healthcare in mind. The article discusses the design challenges and opportunities that arise when robots are deployed for logistics and other tasks within hospital environments. The future of hospital design requires infrastructural adaptations to effectively accommodate robotic systems.
This study focuses on benchmarking the navigation performance of autonomous mobile robots in a hospital environment. The goal is to develop standardized methods for objectively assessing and comparing the navigation capabilities of robots in clinical settings. Such benchmarks are essential for the safe and efficient deployment of logistics robots in hospitals.
ST Engineering Aethon and Oracle are collaborating to automate hospital supply chain processes and enhance operational efficiency. The partnership combines Aethon's robotics solutions with Oracle's software platforms to streamline logistics within healthcare facilities. This aims to reduce the burden on healthcare staff and optimize the availability of medical supplies.
A 'robot dog' is being deployed in the healthcare sector as a potential solution to the ongoing labor shortage. The robotic animal can take over logistical tasks in hospitals, such as transporting goods and materials. This allows healthcare workers to focus more on direct patient care.
Serve Robotics (SERV) is expanding its operations into hospital logistics in addition to its existing delivery services. This expansion could provide new growth opportunities for the company in the field of robotics within healthcare institutions. The hospital market represents a promising segment for autonomous delivery and logistics robots.
Hanusch Hospital in Vienna is testing a delivery robot called 'Rolli' that autonomously navigates through the hospital to transport blood samples. The robot independently travels through the hospital corridors, taking over logistical tasks from hospital staff. This initiative aims to improve the efficiency of internal transport within the hospital.
Toyota has developed an in-hospital transport robot called 'Potaro', designed to transport goods and materials within hospital settings. The robot is intended to work alongside hospital staff, contributing to more efficient logistics processes in healthcare facilities. The initiative focuses on the coexistence of humans and robots in a hospital environment.
Swisslog Healthcare has announced a partnership with Diligent Robotics to enhance hospital logistics operations. The collaboration combines Swisslog's expertise in automated hospital logistics with Diligent Robotics' autonomous hospital robots. The partnership aims to improve operational efficiency and free up healthcare staff to focus more on patient care.
Hospitals in the Tampa Bay area are considering the use of robots for patient transport within hospital settings. These autonomous systems could contribute to more efficient logistics and reduce the workload of healthcare staff. The technology fits within the broader trend of robotization in hospital logistics.
Automation is increasingly seen as a crucial solution to the challenges faced by hospitals and the healthcare system. Robots and automated systems can assist with logistical tasks such as transporting medications, supplies, and food, freeing up healthcare staff to focus more on patient care. The article discusses how automation can improve hospital efficiency and reduce pressure on the healthcare system.
Serve Robotics, known for delivery robots, is acquiring Diligent Robotics, a company specializing in logistics robots for hospitals. Diligent Robotics develops robots that support healthcare staff by transporting materials and goods within hospital environments. This acquisition expands Serve Robotics' presence in the healthcare sector.
Arrive AI has published a white paper detailing the key findings from a live deployment of their system in a hospital setting. The report highlights how the AI-driven logistics solution performs in a real hospital environment. The findings provide insights into the efficiency and practical applications of automated hospital logistics.
The Robotics Summit offers a session focused on successfully designing logistics robots for hospital environments. Attendees can gain insights into key design principles and challenges involved in implementing robotics within healthcare settings. This is relevant for professionals working on the automation of hospital logistics.
Rovex and BayCare have partnered to explore the use of transport robots within hospital settings. These robots are intended to efficiently move goods and materials throughout the hospital, potentially relieving staff of logistical tasks. The collaboration focuses on investigating the practical applications of these logistics robots in a hospital environment.
Rovex and Sphaira are collaborating to pioneer autonomous patient transport solutions for healthcare facilities. Their partnership focuses on developing robotic systems capable of independently transporting patients within hospital environments. The goal is to improve logistical efficiency in hospitals and reduce the workload on healthcare staff.
Japan has certified a hospital robot that uses hardware banned by the US FCC for alleged backdoors, just days before its launch. This raises cybersecurity concerns in medical robotics, as the robot is intended for use in hospital environments. The situation highlights the tension between technological innovation in healthcare and security concerns surrounding prohibited components.
Hon Hai (Foxconn) and Taipei Veterans General Hospital (TVGH) have jointly developed a scrub robot that is expected to be launched by spring next year. The robot is designed to assist with cleaning and sterilization processes in hospital settings. This collaboration between the technology sector and healthcare aims to automate hospital procedures.
Lancaster General Hospital, part of Penn Medicine, has deployed robot assistants to support staff in their daily tasks. These robots assist with various duties within the hospital, allowing healthcare workers to dedicate more time to patient care. The introduction of robotics contributes to a more efficient hospital environment.
MultiCare has introduced Moxi, a hospital logistics robot, into their healthcare environment. Moxi assists healthcare workers by taking over routine tasks such as delivering supplies and materials throughout the hospital. This allows nurses to spend more time on direct patient care.
deliverz.ai has launched an end-to-end hospital logistics automation platform in the United States. The platform aims to automate internal logistics processes within hospitals. This could contribute to more efficient healthcare delivery by reducing manual transport tasks.
BayCare, an American hospital network, is launching a pilot program with robotics startup Rovex to deploy patient transport robots within its hospitals. The robots are designed to streamline patient transport and reduce the workload on healthcare staff. This initiative is part of a broader trend of hospitals adopting robotics for logistical tasks.
Swisslog Healthcare and Diligent Robotics are partnering to enhance last-mile delivery in hospitals using robotic technology. The collaboration combines Swisslog's automated logistics systems with Diligent Robotics' mobile robots to more efficiently deliver goods within hospital environments. This aims to reduce the burden on healthcare staff, allowing them to focus more on patient care.
OTSAW Robotics is a company that develops autonomous mobile robots, including solutions for hospital logistics. In an interview, founder and CEO Ting Ming Ling discusses the vision and technology behind the company's autonomous robot platforms. OTSAW focuses among other things on automating transport and delivery tasks in healthcare facilities.
Foster and Partners explores how hospitals and medical facilities can be architecturally designed to optimally integrate robotics. The article discusses the future of hospital design where logistics robots, surgical robots, and other care technologies play a central role. Architects must consider the spatial needs of robots when designing the hospitals of tomorrow.