Robots in use in medicine - applications, examples & future technologies
Robots are playing an increasingly important role in medicine. From precise surgeries to efficient logistics and diagnostics – robotic technologies, especially robots in medicine, are improving healthcare. We provide an overview of current applications and future developments in medical robotics.
Key facts at a glance
- Robots have already significantly improved surgery by enabling precise and minimally invasive procedures, shortening recovery times, and reducing operating times by up to 30%. This information is particularly important for medical professionals, as it covers both practical applications and ethical discussions regarding the use of robotics in medicine.
- Bring and fetch robots and cleaning robot can significantly reduce staff workload, increase patient satisfaction, and provide additional support. Interested institutions can consult with us.
- In medical diagnostics, robots like the MIRACLE system and AI-assisted image analysis improve efficiency and accuracy, leading to faster and more precise diagnoses.
- The integration of robots into medicine poses not only technical but also ethical challenges, particularly with regard to access to technology and the preservation of human compassion.
Recommended Sebotics robots for the medical sector:
- Cadebot – Autonomous Transport robots For the safe and efficient transport of medications, laboratory samples, and medical equipment. Optimizes workflows and relieves staff.
- JunoBot – Flexible delivery and retrieval robot for hospitals and care facilities. Increases logistics efficiency and ensures smooth material supply.
- J40 – High-performance cleaning robot for medical facilities. Ensures germ-free surfaces and supports compliance with the highest hygiene standards.
- Zaco X1000 – Compact mopping and vacuuming robot for smaller medical areas such as treatment rooms or corridors. Perfect for automatic cleaning in sensitive areas.
- TN70 – Powerful wet and dry mopping robot for large hospital areas. Reduces manual cleaning effort and minimizes the risk of infection.
Interested?
With the free robot configurator you can find the right service or cleaning robot for your company. Create a non-binding, free offer based on your individual requirements!
Robots in surgery: Precise operations are already possible today
Robots have fundamentally transformed surgery in the operating room. Their ability to perform precise and minimally invasive procedures has expanded the capabilities of surgeons. Robot-assisted procedures enable greater precision than traditional methods, significantly improving outcomes and recovery times. Furthermore, operating times can be reduced by up to 30%, which is beneficial for both patients and medical staff.
The use of robot-assisted surgery has become established in various medical fields, including urology, gynecology, cardiac surgery, and orthopedics. Computer control enables a high-resolution 3D view of the surgical field, increasing the precision of procedures and shortening recovery times.
Two notable examples of surgical robots are the Da Vinci Surgical System and the Navio robot.
Da Vinci Surgical System
The da Vinci Surgical System is a prime example of advances in medical robotics. It is a robot-assisted system for minimally invasive surgery controlled from a console. Using joysticks and pedals, surgeons operate four robotic instruments, enabling precise performance of complex procedures.
This system offers numerous advantages, including more precise surgeries, less postoperative pain, and a shorter healing time. Medical robotics has taken a significant step forward with the da Vinci Surgical System, significantly improving the accuracy and safety of surgeries.
Navio robot
Another notable example is the Navio robot, specifically designed for precise joint surgery. This robot provides real-time data on patient anatomy during surgery, allowing for precise adjustment of surgical technique. This significantly improves the accuracy of joint surgery and supports surgeons' ability to perform operations with precision.
The integration of such robotic innovations into surgery demonstrates how advanced medical robotics has already become and its potential for the future. The combination of precision and real-time data makes the Navio robot an indispensable tool in modern surgery.
The best delivery and retrieval robots in medicine – increasing efficiency and relieving staff burdens
In modern hospitals and medical facilities, Bring and fetch robots are no longer a vision of the future – they are an essential support for medical staff. These autonomous transport robots take over time-consuming routine tasks such as safe transport of medicines, laboratory samples, sterile material or medical devices and thus relieve the burden on doctors, nurses and other specialists.
Through their precise navigation and advanced sensor technology, delivery and retrieval robots optimize the internal logistics and help to minimize sources of error. While conventional, manual transport routes are prone to delays, mix-ups, or human error, these robots work with highest accuracy, 24/7 operational readiness and reliable target control.
Why are delivery and retrieval robots so important in medicine?
(I.e. Relief for staff
Medical professionals should be able to focus on direct patient care instead of spending time on logistical tasks. A robot can undertake multiple transport routes without diverting a nurse from patient care.
(I.e. Faster and more efficient drug logistics
Especially in large hospital complexes, transport routes are long and inefficient. An autonomous robot can Visit several stations in a row, prioritize orders and provide vital medicines more quickly in emergencies than manual systems.
🦠 Increased hygiene standards & infection protection
Bring and fetch robots reduce the human contact with sensitive materials, especially in Isolation wards, operating rooms and intensive care unitsThis can reduce the risk of Germ spread and infections are minimized.
📦 Optimized material management
In addition to medications, these robots also transport sterile surgical instruments, laboratory samples, and consumables. automated documentation Inventory can be managed more easily and bottlenecks can be identified early.
The best delivery and retrieval robots for medical use
1. The Cadebot
🔹 Autonomous transport robot for hospitals and care facilities
🔹 Secure delivery of medicines, laboratory samples and medical devices
🔹 Collision-free navigation in complex hospital environments
Interested?
With the free robot configurator you can find the right service or cleaning robot for your company. Create a non-binding, free offer based on your individual requirements!
2. The Junobot
🔹 Versatile fetch and bring robot with individually adjustable transport compartments
🔹 Supports logistics processes on multiple floors (incl. Elevator integration)
🔹 Perfect for use in pharmacies, laboratories and emergency rooms
🔹 Reduces manual transport times and increases operational efficiency
Interested?
With the free robot configurator you can find the right service or cleaning robot for your company. Create a non-binding, free offer based on your individual requirements!
3. The Juno Plus
🔹 Especially for the high-frequency transport of hospital supplies
🔹 High loading capacity for multiple deliveries at the same time
🔹 Seamless integration into existing hospital logistics systems
🔹 Particularly suitable for the transport of sterile instruments and consumables
Interested?
With the free robot configurator you can find the right service or cleaning robot for your company. Create a non-binding, free offer based on your individual requirements!
The best cleaning robots in medicine – Maximum hygiene & infection protection
In medical facilities strict hygiene standards The regular and thorough cleaning of patient rooms, operating rooms, corridors and waiting areas contributes significantly to Preventing infections and contributes to the safety of patients and staff. However, manual cleaning is time-consuming and labor-intensive, especially in large hospitals and care facilities.
Come here autonomous cleaning robots into play: They relieve the cleaning staff, work efficient, precise and around the clock. Thanks to state-of-the-art sensors and intelligent control systems, these robots can independently scan rooms, avoid obstacles and clean exactly those areas that need it most.
Interested?
With the free robot configurator you can find the right service or cleaning robot for your company. Create a non-binding, free offer based on your individual requirements!
Why are cleaning robots so important in medicine?
🦠 Infection prevention & germ reduction
Hospitals are a hotspot for nosocomial infections (hospital germs). Autonomous cleaning robots ensure Consistent, complete disinfection of floors and surfaces, which significantly reduces the spread of germs.
⏳ Increased efficiency & relief for cleaning staff
Manual cleaning is time-consuming and involves personnel costs. Cleaning robots can work in parallel, clean continuously and target dirty areaswithout the need for staff to be constantly available.
(I.e. Consistently high cleaning quality
While human cleaners struggle with exhaustion or time pressure, robots deliver always consistent, documented cleaning results – without any loss of quality.
???? Resource conservation & environmentally friendly use
Modern cleaning robots dose water and cleaning agents precise and thereby consume fewer chemicals and resources than conventional methods.
The best cleaning robots for medical facilities
1. J40 – The specialist for large hospital areas
🔹 5-in-1 cleaning: Mopping (dry & wet), vacuuming, sweeping, scrubbing
🔹 Maximum efficiency: Cleans up to 1200 m² / h
🔹 Autonomous navigation & obstacle detection for safe movements
🔹 Up to 8 hours runtime with a load
Interested?
With the free robot configurator you can find the right service or cleaning robot for your company. Create a non-binding, free offer based on your individual requirements!
2. Zaco X1000 – The compact all-rounder for treatment rooms and corridors
🔹 Ideal for smaller & medium-sized areas such as waiting areas or patient rooms
🔹 Intelligent water and detergent dosing for resource-saving operation
🔹 Easy integration into existing cleaning concepts
Interested?
With the free robot configurator you can find the right service or cleaning robot for your company. Create a non-binding, free offer based on your individual requirements!
3. TN70 – The high-performance wet mopping robot for operating rooms and clean rooms
🔹 Specially designed for sterile environments in operating rooms & intensive care units
🔹 Automated disinfection cycles for maximum sterility
🔹 Special filters & HEPA technology to reduce suspended particles and allergens
Interested?
With the free robot configurator you can find the right service or cleaning robot for your company. Create a non-binding, free offer based on your individual requirements!
Diagnostics with robots: Fast and precise diagnoses
In recent years, the use of robots in medical diagnostics has increased significantly. This development demonstrates the rapid advances in technology in this field. These robots provide support for imaging procedures and increase efficiency in telemedicine by making diagnoses faster and more precise. The combination of precision and speed improves outcomes and enables timely treatment for patients.
Robotic diagnostic technologies are opening up new possibilities for medicine. Systems such as the MIRACLE system and AI-assisted image analysis are examples of innovations that are further advancing the accuracy and speed of diagnoses.
MIRACLE system
The MIRACLE system is a mobile robotic system equipped with a CT scanner and capable of 3D imaging. This system is specifically used in emergency medicine, where rapid and accurate diagnoses are critical. Thanks to its mobility and efficiency, the MIRACLE system can deliver life-saving diagnoses in the shortest possible time.
The integration of the MIRACLE system into emergency medicine demonstrates how robotic technology can help improve patient care and expand physicians' diagnostic capabilities. This represents another step toward more precise and efficient medical care.
AI-supported image analysis
The combination of artificial intelligence (AI) and robotics has the potential to significantly improve medical imaging. AI systems can analyze millions of medical images and detect patterns that are difficult for humans to identify. This capability enables faster and more accurate diagnoses, leading to better treatment outcomes.
The use of AI in image analysis is revolutionizing diagnostics by increasing the efficiency and precision of image interpretation. This is particularly important in fields such as oncology, where rapid and accurate diagnoses can be life-saving.
Robots in rehabilitation: supporting recovery
Robots are playing an increasingly important role in rehabilitation. They assist patients in regaining motor skills and monitor their progress to ensure faster and more effective recovery. These technologies help reduce the risk of injuries and complications by supporting correct exercise execution.
Robots in rehabilitation offer a wide range of applications, from assisting with gait exercises to monitoring hand movements. Two prominent examples are exoskeleton suits and smart gloves.
Exoskeleton suits
Exoskeleton suits are innovative devices that assist patients with walking after injury or illness. These suits are used for robot-assisted exercises to regain walking ability and offer an effective way to improve patient mobility.
The use of exoskeleton suits allows patients to get back on their feet and regain their motor skills faster. This technology demonstrates how robotic-based solutions can revolutionize rehabilitation.
Smart gloves
Smart gloves are another example of innovative rehabilitation devices. These gloves monitor and record hand movements, providing therapists with valuable insights into patient progress. The collected data helps doctors and therapists monitor and adjust rehabilitation to achieve the best results.
The use of smart gloves in rehabilitation shows how technological innovations can help improve patient treatment and accelerate their recovery.
Ethics and safety: challenges in the integration of robots
The integration of robots into medicine brings not only benefits but also challenges. Strict safety protocols and testing are required to ensure the accuracy, reliability, and safety of the robots. There are concerns about potential errors or failures that could have serious consequences.
In addition to the technical challenges, there are also ethical concerns. Issues of data protection and liability for errors must be addressed to ensure patient safety and trust.
These topics are crucial for the successful integration of robots into medical practice.
Compassion vs. Technology
A key ethical issue is whether robots can replace or support human compassion. Robots can help address the lack of time for personal interactions in healthcare settings by freeing up nursing staff and allowing them more time for interpersonal aspects of human care.
Despite these advantages, the question remains whether robots can ever fully replace the emotional depth and empathy of human caregivers. This discussion is crucial to finding the right balance between technological advancement and human empathy.
access to the latest technology
Another ethical issue is access to cutting-edge robotic technology. This access is often limited to wealthy populations, which could exacerbate healthcare inequalities. The introduction of expensive robotic technologies could exclude less affluent populations from the benefits of modern medicine, particularly in the face of medical advances.
Measures are needed to promote equal access to robotic technologies. Only then can all population groups benefit from advances in medicine and utilize the advantages of modern medical technology.
Future of medical robotics: new developments and innovations
The future of medical robotics promises exciting developments and innovations. Technological advances have the potential to improve access to healthcare and enhance the quality of medical care. Robots will play a central role in the future and fundamentally change the way medical services are delivered.
Continuous innovation in robotics is driven by partnerships with universities and research institutions. Projects such as the PETRA system and the collaboration with KUKA demonstrate how robotic technologies can revolutionize healthcare.
In the next few decades, robots will be ubiquitous in healthcare, creating an accessible future for healthcare.
Telemedicine and virtual doctors
Robots are playing an increasingly important role in telemedicine, acting as virtual doctors and assisting with patient diagnosis and treatment. This is particularly invaluable in remote or underserved areas where access to medical professionals is limited. Robotics in medicine offers innovative solutions to address these challenges.
Virtual doctors can use robots and telepresence technology to examine patients, diagnose them, and develop treatment plans without requiring patients to travel long distances. These innovative technologies enable physicians to offer their expertise across long distances, thus improving healthcare delivery.
This ensures that patients have access to high-quality medical care regardless of their location. The combination of robotics and telemedicine opens up new possibilities for integrative and comprehensive healthcare.
Nanorobotics in oncology
Nanorobots are one of the most exciting developments in medical robotics. These microscopic robots are used to deliver drugs precisely within the body, maximizing treatment efficacy and minimizing side effects. In oncology, nanorobots have the potential to revolutionize cancer treatment by delivering drugs directly to cancer cells while sparing healthy cells.
By delivering targeted drugs, nanorobots can increase the efficacy of therapies while reducing side effects. This technology offers a promising future for cancer therapy and demonstrates how advanced robotics solutions can improve medical care.
Nanorobotics is an example of how innovations in medical robotics can open up new avenues for the treatment of serious diseases.
Why medical professionals should rely on robotic solutions from Sebotics
Sebotics offers an impressive range of robotics solutions specifically designed for use in medical facilities. From delivery and retrieval robots to cleaning robots, Sebotics' products are designed to improve efficiency and safety in hospitals and clinics. These robots take over routine tasks, freeing up medical staff to focus more on patient care.
There are many good reasons why medical professionals should rely on Sebotics solutions. Sebotics' innovative technologies offer numerous benefits, including greater precision, improved hygiene, and optimized workflows.
By using these robots, medical facilities can increase their efficiency while improving the quality of patient care. Sebotics' robotics solutions are an essential component of modern medical technology and are helping to revolutionize healthcare.
Interested?
With the free robot configurator you can find the right service or cleaning robot for your company. Create a non-binding, free offer based on your individual requirements!
Summary
Robots have fundamentally changed the way medical services are delivered. From surgery to diagnostics to rehabilitation, the integration of robotics into medicine offers numerous benefits, including greater precision, faster recovery times, and improved hygiene standards. These technologies have the potential to take healthcare to a new level and improve patient outcomes worldwide.
The ongoing development and innovation in medical robotics promises an exciting future. With the continuous introduction of new technologies and the improvement of existing systems, robots will play an increasingly important role in healthcare. The future of medicine is digital, and robots will play a central role in realizing this vision. Let's explore the possibilities offered by this fascinating technology together and improve healthcare for all.
Frequently asked questions about robotics in medicine
What are the advantages of robots in surgery?
Robots in surgery offer significant advantages such as greater precision, shorter operating times, and faster recovery times. They also enable minimally invasive procedures that improve overall patient care.
How does the Da Vinci Surgical System work?
The da Vinci Surgical System enables minimally invasive procedures using robotic-assisted technology operated via a control console. Surgeons use joysticks and pedals to control precise instruments, improving the accuracy and efficiency of operations.
What role do delivery and retrieval robots play in hospitals?
Delivery and retrieval robots play a crucial role in hospitals by automating routine tasks such as transporting medications and equipment. This increases efficiency and minimizes errors in patient care.
What are the ethical concerns regarding the integration of robots into medicine?
Ethical concerns surrounding the integration of robots into medicine include data protection, accountability for errors, and concerns about replacing human compassion. It is crucial to strike a balance between technological advancement and human empathy.
How can nanorobots improve cancer treatment?
Nanorobots have the potential to significantly improve cancer treatment by delivering drugs directly to cancer cells, making therapy more effective and reducing side effects for patients.
Interested?
With the free robot configurator you can find the right service or cleaning robot for your company. Create a non-binding, free offer based on your individual requirements!
