Remote Robotic-Assisted Surgery Is One Area Where 5G Could Be Especially Ground-Breaking!
Surgeons will be able to operate robots with 5G technology remotely by revolutionizing robotic surgery. When it’s not possible to bring a doctor to the location of the operation theatre, with the help of 5G robotic surgery and patients can get the treatment even during crisis situations. So now let us see how 5G along with Accurate 5g tester, 5G test equipment, 5g network tester tools and Accurate RF drive test tools & equipment, RF tester software app & network LTE 4g tester will revolutionize robotic surgery for the medical industry
Robot-assisted surgery is becoming a popular alternative to traditional surgery, providing better accuracy and precision, especially after experiencing the pandemic period. With the 5G technology, surgeons could potentially perform remotely with surgical robots, which are intended to streamline the surgical process, increase safety and reduce complications.
5G robotic surgeries do not require the surgeon to be in the immediate vicinity of the patient as they can control the robot remotely. Surgical robotics is increasingly incorporating 5G capabilities that will enable surgeons to have the robot operate on a patient hundred or even thousands of miles away. This is possible because of the fast 5G connection with super-low latency.
What Are The Benefits Of 5G Robotic Surgery, Which Can Support The Medical Industry?
- Robotic surgery results in smaller incisions resulting in less pain and scarring.
- As it is minimally invasive, hence allows surgeons to perform complex surgical tasks using robotic technology through tiny incisions.
- Robotic-assisted surgery is known for fewer complications, minimal scarring, and a quicker recovery for the patient, so commonly used to treat a wide variety of conditions.
- Robotic surgery also allows for greater visualization, greater accuracy, and enhanced agility for the surgeon.
- Robotic surgery can meet the requirements of rural areas-based patients as they lack surgical expertise due to increased travel time and treatment delays because of not arrival of doctors immediately.
5G cellular wireless technology has low latency and high bandwidth and provides massive connection power with high speed, the internet of medical things (IOMT) will be achieved. 5G supports AI by connecting to smartphones, mobile APPS, cloud computing, devices, sensors, and systems which is beneficial not only for operating big data analysis but also for innovations into AR & VR. In addition, telesurgery, telemedicine, and remote medical learning are possible anytime by 5G with high-definition images.
5G Can Quickly Access Large Images
When hospitals need to show CT scans or MRIs to the surgery specialists who are either scattered throughout their medical facilities or outside of hospitals, the problem here is, it takes an hour to download using existing technologies as the files can be massive. With 5G, such images could be downloaded in less than a minute. Furthermore, 5G will help surgeons to a quick diagnosis.
Data On The Go
Using 5G, both doctors and specialist technicians can work together from different locations by sharing high-resolution videos and images. They can examine patients while on the move and in real-time with 5G technology and view the console screen of the radiological machine remotely, as well as CT or MRI scanners to support the examinations.
5G Can Connect More Things Using Different Technologies
The internet of things (IoT) is becoming more prevalent in the medical industry such as in robotic surgery in which various medical devices are connected to wireless networks. 5G will enable the monitoring of patient vitals and consolidate them into electronic charts and then share them easily among medical staff. Several other healthcare things such as medical carts, beds, and even pill bottles are also being connected by 5G.
5G is designed to handle millions of devices when Wi-Fi can manage about 250 connections per access point, and 4G LTE can handle thousands.
Conclusion
5G technology will bring a list of possible innovative applications in healthcare services. From robotic surgery to wearable sensors, 5G will be a real driver of innovation in the healthcare or medical industry that helps in improving staff efficiency while improving patient care. Here, the major concern is network testing which plays a pivotal role even in the healthcare sector just to maintain a stable network. The medical industry is the foremost industry as it saves the life of people, hence network connectivity on 5G/4G coverage is highly essential.
5G network deployments in the medical industry are expanding by the day. Hence, regular and efficient network testing becomes an extremely important aspect to ensure the stability of the network. With RF drive test tools such as RantCell, operators can test network Quality of Service (QoS) and Quality of Experience (QoE). RantCell is a mobile phone-based network measurement app used to conduct network performance and assess network quality. You can use RantCell on 5G deployment testing in the medical industry with effective and efficient mobile connectivity.
