#Surgical robots

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CAN Bus Applications in Medical Devices: Precision Communication in Critical Environments

Discover how CAN Bus technology is revolutionizing medical device communication. Explore real-world examples like infusion pumps, ventilators, and surgical robots, and learn why CAN is ideal for critical healthcare systems.

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Leading Robotics Schools Innovating the Future of Automation

From self-driving cars to surgical robots, the field of robotics is booming. Click to know the world's premier robotics schools shaping the future of this cutting-edge technology. More details at https://www.robotschool.com/

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Medical Robotics Market - Forecast(2024 - 2030)

Medical Robotics Market Overview

Medical Robotics Market was estimated at $7.34Bn in 2019, growing at a CAGR of 7.33% during the forecast period 2020–2025. It is a technology used in healthcare industry to aid healthcare professionals diagnose and treat diseases that corrects, restores or modifies bodily functions. It allows surgeons to carry out operations more precisely and in a less invasive way. It increases the accurateness of the operation with wide range of advantages such as decreased risk of infection, decreased post-operative pain and possess less life risks. It is used to perform repetitive tasks at high speeds, reliably with the help of telemanipulators without fatigue. Rehabilitation robots, Biorobots, Telepresence robots and others are the types of robots used to perform surgeries such as kidney transplant, gallbladder removal, hysterectomy and others. Non-invasive Radiosurgery Robots is used for the treatment of oncology by medical robotic system.

Key Takeaways

Rising technological advancements to cure patients through non-invasive methods are set to promote the scope of medical robotics market size.

Rising government initiatives with an objective of improving awareness about diagnosis and treatment; increasing instances of intricate medical conditions such as cancer, cardiovascular disease, gynecological diseases and others; increasing need of automation and advanced devices is estimated to contribute to the growth of the market.

Asia-Pacific region is estimated to record the fastest growth rate during the forecast period 2020–2025.

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By Type — Segment Analysis

In 2019, Surgical Robots segment dominated the Medical Robotics Market in terms of revenue is estimated to grow with a CAGR of 6.44%. It is a type of minimally invasive surgery which utilizes robotics for performing surgical procedures. These robotic systems are operated by surgeons and consist of miniaturized surgical instruments which are mounted on robotic arms, thus allowing surgeons to perform the surgeries precisely. It is used in laparoscopic surgery with less blood loss, lesser pain and faster recovery. With better visualization it is able to operate more accurately to cure patients which are the key factor of the market’s growth.

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Geography — Segment Analysis

In 2019, the North America region dominated Medical Robotics Market in terms of revenue with a market share of 47%. It is owing to the relatively large federal grants from the government of health sector, government funding. The American Cancer Society introduced a nationwide program to increase the awareness about the benefits of medical robotics that is leading the market growth. Asia-Pacific region is estimated to record the fastest growth rate during the forecast period 2020–2025, owing to the presence of a large target population in China and India.

Drivers — Medical Robotics Market

Preference Of Non-Invasive Procedure

Medical robotic system uses non-invasive surgeries in the field of gynecology, cosmetology, open surgery, laparoscopic procedures, and others. These procedures offers negligible complications, diminish the threat of infections, reduce pain, and have quicker recovery. Traumatic injuries, cancers and cardiovascular disease raise the impact of surgical intervention in medical robotic market.

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Challenges — Medical Robotics Market

High-Cost

It is quite evident that there is very less amount of hospitals that are capable of investing in the advanced instruments for the treatment of patients. Most of the hospital or clinical chains step back from having medical robotics owing to its high price. In the other hand, hospitals with these medical robots are forced to provide services at higher prices owing to the functional cost of the technology.

Medical Robotics Industry Outlook

Product Launches was the key strategy of the players in the Medical Robotics Industry. Medical Robotics top 10 companies include Intuitive Surgical Inc., Accuray Inc., Stryker Corporation, Hacoma AG. Major Robotics Ltd, Titan Medical Inc., Hansen Medical Inc., MedtEch S.A., Kuka Roboter GMBH, and Irobot Corporation.

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Acquisitions/Product Launches

In February 2020, Intuitive Surgical Inc. acquired Orpheus Medical. This acquisition helped the company in enhancing its product portfolio, in offering information technology connectivity and archiving surgical video to hospitals around the world..

In July 2016, Stryker Corporation launched EMP tool that claims data and identify cost improvement and efficiency areas in order to improve outcomes and profitability in the orthopedics business.

[kaustubhbhandari]

Surgical Robots

https://www.htfmarketintelligence.com/report/global-surgical-robots-market

[gearlycorvid]

Oh wow

Oh wow

[volumina-vetustiora]

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BELLA STELLARIA

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malus dominus Darthus Vador, studiosus iuvenem Caeliviatorem inveniendi, milia specillorum automatariorum dimisit in exteros fines spatii….

[vampyrehospital]

this wanting to become a doctor thing is becoming so real ,, wdym im taking college classes to get into med school and interning at the hospital

[roystory4]

@thediffidence THATS THEIR MAN!!!!!!!! its true though.

[jungl-leavs]

cool augmentations to have:

- match lighting surface somewhere on your body

- concealed knife/multitool thing

- light-up parts like those shoes

feel free to add on

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AI in Healthcare: Automating Tasks to Personalizing Treatments

The healthcare industry is currently on the cusp of a revolution- this time, driven by AI. From automating healthcare-related administrative tasks to assisting in groundbreaking medical procedures and discoveries, AI is changing the game, and very efficiently. It is rapidly changing the way we understand, diagnose, and treat health.

Since the entire world is performing half of their daily tasks like connecting with people across the continent, paying their bills, and purchasing groceries through apps, how can the healthcare industry stay behind? Healthcare mobile app development is all the rage now- at least among people who understand the futuristic implications of healthcare combined with AI.

In 2024, the AI in Healthcare market is expected to touch a whopping $67.6 billion (the potential!) worldwide. But do you understand what exactly AI brings to the table in the healthcare arena? Read ahead to understand how AI is driving the healthcare industry, and how you can tap into this potential too.

AI In Healthcare: The Implications

AI in healthcare refers to using certain Artificial Intelligence technologies like software or apps that help enhance various arenas of the healthcare industry. Various aspects of AI help to understand and analyze the medical data already available to facilitate clinical decision-making and even assist in diagnosis.

While AI is not widely implemented in healthcare today, it does have promising and positive implications, some of which are:

Automated Tasks:

A lot of tasks in the healthcare domain can be automated with the help of AI. This involves a lesser burden on already overworked staff at hospitals and clinics where there is usually a huge number of patients, and it is difficult to keep up.

Reduced Healthcare Costs:

One of the biggest implications of leveraging AI in healthcare is reduced healthcare costs. Though the costs wouldn’t come down drastically, AI can help by reducing the time required for consulting specialized healthcare professionals, thus cutting down costs around it.

Personalized Mental Healthcare:

One example of how AI can help in healthcare can be seen in the case of mental health. Over the past couple of years, many tools have come up that are helping people take care of their mental health. These include chatbots that are available to converse with, anytime; along with guided meditation and maintaining all the data that is fed into the app.

The Best Examples of AI In Healthcare

While you wonder about how you can tap into the potential of AI in the Healthcare market, here are some of the best examples of AI in use in the healthcare niche:

Medical Imaging Analysis:

AI models are currently being trained to analyze medical images like X-rays and different types of scans, like CT and MRIs, to assist radiologists in detecting any abnormalities, like tumors or fractures.

For example, Paige.AI can use mammograms to detect any signs of breast cancer.

Drug Discovery And Development:

Traditional drug discovery processes are both money and time-consuming. AI can help accelerate this process by analyzing vast amounts of data to identify potential drug targets and predict the effectiveness of new drugs by analyzing the action of the present components.

For Example, Benevolent AI uses patient data to analyze and predict alternate treatment options for different diseases.

Robot-Assisted Surgery:

Surgical robots guided by AI algorithms have an elevated precision, helping to reduce complications in complex surgical procedures. With enhanced dexterity, surgeons can now perform minimally invasive procedures with better precision.

Use Cases: AI In Healthcare

It might be worth it to ponder upon the cases and situations where AI can be leveraged. This is also the starting point where you begin to think of ideas that might help you break into the market with another app catering to healthcare. Some of these use cases are:

Administrative Efficiency:

Administrative processes take up a lot of time in the healthcare arena.

The use of AI to automate processes like patient registration, appointment scheduling, cancellation, rescheduling, patient data retrieval, insurance claims, generating patient reports etc., can easily be handed over to AI, thus freeing up more time for healthcare professionals to tend to more patients.

Disease Prediction And Prevention:

Often, the correct use of previous data to train any AI model can help to correctly diagnose, and even predict the progression of a disease by analyzing patterns.

Remote Patient Monitoring:

AI-powered wearables and sensors can continuously monitor a patient’s health data and even offer real-time updates and data on how the patient is progressing with the disease.

Drug Dosage Optimization:

For certain patients, after analyzing their health and lab tests, it can be gauged what dosage of a drug would be effective for them. This also partly falls under the arena of personalized healthcare but also deals with already existing drug compositions.

Benefits Of AI In Healthcare

Now when you understand the use cases of AI in Healthcare, it only seems fair to see how beneficial it currently is, and the potential it shows for the future. These benefits apply to doctors, patients, and the entire healthcare system as a whole:

Enhanced Efficiency:

Leveraging AI in the healthcare arena has only proven beneficial, from drug dosage optimization to automating tasks streamlining workflows, and helping patients to understand their health symptoms, AI has been able to bring out efficiency, not just in hospitals, but the overall healthcare arena.

Increased Access To Care:

Patients no longer need to stand waiting in a call for someone to check and inform them of an empty slot to book an appointment, AI can do it for them. Imagine seeing real-time scheduling slots for a healthcare professional, whom anyone can access.

Also, children who do not have an adult nearby can also use AI to identify the symptoms they are having, and AI can automatically inform the nearest hospital of the same as well.

Personalized Healthcare:

This is one of the most revolutionary things that AI is involved within healthcare. Each has different needs regarding healthcare and treatments.

AI is currently being used to study the medical data and patterns of individuals that can benefit them by making up a treatment plan for them that is tailored to their needs. 

Conclusion

While AI is not a replacement for human healthcare professionals, it can certainly be used to assist healthcare professionals in diagnosis, data analysis and treatment for patients.

Beyond the hospitals too, AI is being used in pharmaceutical industries in drug designing and more, as well as in medical research, to better understand disease progression and how AI can help by understanding the progression patterns and more.

As for someone looking to tap into this market, you can always identify niches in healthcare where the use of AI can be leveraged well, and since everything has gone mobile today, invest in a mobile apps development agency tailored for that particular niche. With time, you can break into the market and benefit many patients in the process.

[roboticsurgery123]

Robotic Gastro Surgeon in India Using Da Vinci Technology

Dr. Vishal Soni is an expert robotic gastro surgeon in India, who provides advanced surgical solutions for various GI conditions using robotic technology. His proficiency in the Da Vinci Xi system enables minimally invasive procedures with enhanced precision. Patients benefit from reduced complications and improved recovery experiences. Dr. Vishal Soni's patient-focused approach ensures comprehensive care throughout the surgical journey. Reach out now to schedule your consultation.

[pttedu]

Explore how manufacturing, electronics, and robotics have transformed mankind—from early automata and industrial machinery in the 1950s to today's smart factories, AI-powered robots, and space exploration. Learn how innovations like CNC machines, pick-and-place electronics robots, surgical bots, and Mars rovers increased productivity, safety, and scientific discovery, playing a pivotal role in human progress and future advancements.

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Dr. Surender Kumar Dabas Leads Robotic Oncology in Delhi

Dr. Surender Kumar Dabas, a pioneer in robotic oncology, leads advanced cancer treatments in Delhi. With expertise in head, neck, and thoracic cancers, he offers precision and faster recovery.

📌For More Information You Can Contact Us :- ✅Contact:- +91-9371770341 ✅Email id:- drsurenderdabas@indiacancersurgerysite.com

[curioussatyrpraetorian]

Can robotic surgery be used for breast cancer treatment?

Robotic surgery for breast cancer is not common for removing the breast itself, but it can help in lymph node removal and reconstruction. Dr. Nitin Singhal, a top surgical oncologist in Ahmedabad, use modern surgery methods like breast-conserving surgery, sentinel lymph node biopsy, and mastectomy depending on patient condition. He plan treatment carefully after checking reports and always try to keep the breast if safe. His goal is full cancer removal with best cosmetic and health result. He also work with plastic surgeons for breast reconstruction after surgery.