Karthikeyan Natarajan’s Post

Congratulations Karthikeyan and Cyient team...! I have some loud thought which may be out of box....! May be feasible with progress of medical science and use of AI/ML and other evolutions...! if we consider brain we have clusters and neurons holds information....! Now for faulty neurons in any brain may be axons and dendrites may not be able to sense the chemical signals and can't generate the nanovolt potential and may break paths and there may not be pathways in the brain clusters. So as brain is non linear in nature and has billions of neurons may be as world is 3D the cluster of brain can be function of f1(x,y,z,t) that is we can store information in the form of pictures and we are able to recognize as there is coordination of brain neurons with chemical compounds and signals travelling from our mind origin. We will be able to take action. Is it possible that if I will use coordinate theory and I will have AI/ML based module which can save the information about the neuron behavior of any person for example for one decade information and can build a chip which can repair faulty neurons in human brain then many of the human beings those who are suffering due to neuro issues will be benefitted. That is start with neuron coordinate which is f1( x,y,z,t1) at time instance t=t1 and as learning progresses collect the samples of associated neurons in that cluster for various time stamps and create linear predictable model which can generate stimulus using some electrodes to faulty neuron clusters then we can hold a time and like time machine the neurons will be able to transit from present time instance to backward time where learning was started...! So, is it possible for your technical team to do research on this ....? At the birth of child no pathways but billions of neurons , training of child will start and the neuron sensors axons and dendrites will be able to sense the signals and create associated pathways in the brain cluster. So as learning will progress the brain many clusters will have pathways and if I can capture the cluster communication then for any disease we can understand the root cause ...! Initially may need millions of such electrodes to sense the nanovolt potential and communication of pathways between neurons and clusters but over the period of time enough data sets will be available for analysis and it will become easy to have some ASIC chip which can be fitted in brain cells or veins and can record communication and report online using wireless devices about the health and precautionary measures. As Cyient has good innovation and technology base is it possible to have such kind of ASIC which can be fitted in brain of human and can monitor all the activities and cure the neuron pathways although brain is non linear ? just a loud thought and out of box idea! #ASiC #neurons #humanbrain #pathways #medical #electrodes #innovation #science #thought #ai #ml #robotics

In modern healthcare, precision, reliability and safety are paramount, especially in critical procedures like radial artery catheterization. Manual methods often rely on clinician expertise, introducing variability and risk. To address these challenges, Cyient team has designed an advanced robotic auto-puncture system leveraging ultrasound imaging and robotics with precise motor control.  Our latest technical blog "Automated Robotic Guidance for Radial Artery Catheterization" delves into the system architecture, highlighting key components like the syringe arm, ultrasound probe integration and real-time image processing. We also discuss the workflow, from ultrasound scanning to needle insertion and catheter placement, showcasing how robotics can enhance accuracy, reduce complications, and improve patient outcomes. Read on to explore the future of robotics-assisted medical procedures! #Cyient #Robotics #Healthcare #AI in Healthcare

Fulbright's new intelligent factory, located in Jiangyin, with a total investment of 1 billion RMB, is making remarkable progress. Covering 67,223㎡, it will dedicate 54,750㎡ to R&D and production. Once fully operational, the facility is projected to deliver an annual output of 2.54 million high-end minimally invasive medical consumables and 20,000 surgical robotic devices. This is the latest milestone of our new factory—it is almost ready to meet you! Get ready to witness innovation in action! #fulbrightmedical #manufacturing #medicalinnovation #smartfactory #medicaldevices #surgicaltechnology #surgicalrobotics

#TheReprocessingReport: https://hubs.ly/Q02r6kh40 While investments in cutting-edge robotic surgical systems surge, sterile processing departments often find themselves without resources. We explore how strategic provisioning of tools and equipment can invigorate reprocessing departments. #PureProcessing #SPD #SterileProcessing #CentralProcessing #MDR #TheReprocessingReport

Intuitive continue to dominate the billion dollar soft-tissue #surgicalrobotics markets, shown in the Q2 Earnings beat and nearing over 10,000 #davinci robot's world-wide. With new robotic platforms entering the markets such as Vicarious Surgical Inc., Medicaroid , Revo - Surgical Solution, Moon Surgical, Distalmotion, Johnson & Johnson and SS Innovations to name a few. Along with current market competitors CMR Surgical and Medtronic looking to establish themselves in key geographies. How have Intuitive continued to lead the surgical robotics market with such dominance? I've done a quick overview on what have made them successful.

Microbot Medical is revolutionizing healthcare with the first single-use endovascular robotic system, transforming procedures and expanding global access. https://bit.ly/3IM9VDY #MedTech #Endovascular

What is the secret to Intuitive's Success? Intuitive just posted up another record Quarter, beating analysts expectations on both the top and bottom line, nearing 10,000 systems placed worldwide and +17% procedural growth. With Intuitive continuing to march ahead and other soft-tissue robotic platforms continuing to struggle to gain traction, what is the secret to Intuitive's success. #Collaboration & #Innovation Intuitive's #davinci journey to success is built on strong collaboration and innovation along with a future vision where #robotics and data integration transform surgery. 1. Data-Driven Improvements: Continuous product refinement 2. Engineer-Surgeon Partnership: Direct feedback loops enhance designs. 3. Patient-Centric Design: Prioritizing ergonomics with the da Vinci Xi. 4. Post-Market Analysis: Real-world data enhances outcomes. 5. Evidence-Based Practice: Ongoing improvements through clinical trials. 6. Advanced Robotics: Innovations like #Ion robotic bronchoscopy & #SP 7. Advanced Imaging: Fluorescence for better visualization. With the continued dominance and strength of #davinci across multiple specialities where does this leave Johnson & Johnson, Medtronic Robotic-Assisted Surgery and CMR Surgical in the battle for the robotic surgical markets. #surgicalrobotics #medtech #robotics Some content referenced from: MassDevice https://lnkd.in/g8DcgQWj

📢 We are still so excited by our latest acquisition of Asensus Surgical that we just have to share more details. Wondering why and what's next? Here's the scoop: Our intention is to lead the way in medical technology, setting new benchmarks in precision and safety. Asensus' cutting-edge robotics will empower us to achieve this, transforming patient care globally. Robotics and digital solutions are a natural evolution of our offering and unlock new possibilities for growth along the patient pathway within our digital ecosystem. 💪 Asensus will boost our strategic focus on developing single-use and reusable endoscopy instruments, value-added services to streamline surgical workflows, and augmenting surgical teams with robotics to enhance patient outcomes. We aim to revolutionize the operating room, making surgeries safer, more efficient, and less invasive. 🏥 Robotics, digital surgical tools and augmented intelligence are set to unlock greater potential for autonomous clinical and non-clinical processes, improve decision-making across the value chain, and elevate the training of future surgeons. In short, it's a win-win-win: for both our companies, our healthcare partners, and the patients they treat! Discover the full story in our press release, available in both English and German. ➡️ EN: https://lnkd.in/e9KAV_vB ➡️ DE: https://lnkd.in/eUWdppJb #TeamKARLSTORZ #MedTech #HealthcareInnovation #RoboticSurgery #PatientCare

Bigger is Not Better! Significant Milestone for Stereotaxis and GenesisX! Stereotaxis just achieved a significant milestone, securing CE mark approval in Europe and submitting an FDA 510(k) application for their new GenesisX surgical robot. This cutting-edge system is a prime example of how medtech companies are moving towards surgical robotics platforms that are more accessible, smaller, and easier to implement and deploy, simplifying hospital integration and advancing patient care. GenesisX is a refined iteration of Stereotaxis' Genesis robotic magnetic navigation (RMN) system. It breaks down previous barriers by designing a more compact and efficient setup. Gone are the days of complex structural modifications and hefty installations. GenesisX uses smaller magnets and needs only standard power outlets, making it accessible for more hospitals. With these improvements, GenesisX promises swift, responsive performance and seamless workflow. As Stereotaxis aims for a full launch in 2025, the company plans to gather real-world data, secure additional regulatory approvals, and prepare the supply chain. This innovation opens doors for broader adoption in electrophysiology and endovascular procedures, bringing advanced robotic solutions to more patients. #MedTech #SurgicalRobotics #HealthcareInnovation