KUKA’s Post

Good Morning Individual as the innovator behind robotics solutions applied in healthcare, specifically contributing to the enhancement of surgical procedures. The description highlights the transformative impact of these innovations, emphasizing their role in making surgeries more precise and less invasive. The term "mind behind" suggests a key visionary or inventor in the field of robotic healthcare solutions, while "innovative robotics solutions" implies cutting-edge technologies that have been developed. The focus on healthcare underscores the potential benefits for patients, as advancements in robotics aim to improve surgical accuracy and minimize invasiveness, ultimately contributing to better outcomes and recovery experiences for individuals undergoing medical procedures #machine #manufacturing #trader #paradise #exporter #machinelearning #newdevelopment #creation #problemsolving #engineering #innovation

The Minimally Invasive and Robotic Surgical Markets are seeing changes and challenges when it comes to the materials for their devices. As parts become smaller, traditional stainless steels become less reliable, and unique alloys are often necessary to meet the demand these micro-components are subjected to.   At Schivo, we’ve stepped up to this challenge. By leveraging tech and creating unique manufacturing processes, we’re able to develop sub-one millimeter alloy components that hold up to the taxing requirements necessary for medical devices. #Innovation #Industry40 #MachineLearning #Robotics #FutureofWork #DataScience #Automation #Medtech #MedicalDevices  #minimallyinvasivesurgery #roboticsurgery #Manufacturing #SmartManufacturing

Minimally Invasive Medical Robotics, Imaging and Visualization Systems and Surgical Instruments Market Growth Research Report | 2024 - 2031 Get a Sample PDF of the Report - https://lnkd.in/ep8g_qF4 #innovation #management #technology #creativity #entrepreneurship #sustainability #inspiration #insights #outbreak #impact #minimallyinvasivevertebralcompressionfracturetreatmentssize,#minimallyinvasivevertebralcompressionfracturetreatmentsgrowth,#minimallyinvasivevertebralcompressionfracturetreatmentsshare,#minimallyinvasivevertebralcompressionfracturetreatmentstrend,

Enabling medical advancements and surgical breakthroughs, engineered aluminium is redefining trust and applicability in healthcare. From crafting intricate surgical instruments to employing robotics, it is catalysing precision across the healthcare domain.  To know more click- https://lnkd.in/gNfksRp #Innovation #Healthcare #JindalAluminium #JindalAluminiumOne

“You’re not going to buy a new phone, you’re not going to buy a new computer just for that one app. We have to start looking at robotics in the same way.” Addie H. explains how hospitals are not looking to buy a new robot for every new clinical application. The same way we don’t buy new phones for one app. Hospitals are looking at where the clinical need is and where a procedure or space is either difficult to access or difficult to execute. Using this information we can augment a surgeons abilities by adding clinical applications, surgical intelligence, or automation. Robotics companies are beginning to take this approach to get more product to market. The full #LSIUSA23 panel “Beyond General Surgery: The Next Frontiers in Medical Robotics” is live on our website and YouTube channel. This panel was moderated by Omar M. Khateeb (Khateeb & Co.) with participation from Addie H. (HAVENTURE), Bruce Wayne Lichorowic (Galen Robotics), Gregory Fischer (AiM Medical Robotics), Christopher Prentice (Harmonic Bionics, Inc.), and Stuart Simpson (THINK Surgical).

Surgical intervention and it’s relationship with innovation is complex, and frankly, dynamic. I never miss an opportunity to see Addie H. speak, here she brings clarity to the macro environment and the challenge of companies who fail to differentiate in what has become a crowded market. #deeptech #computervision #thefutureislight

Known as a trusted partner in the Minimally Invasive and Robotic Assisted surgical fields, Schivo manufactures components and assemblies for #roboticinstruments, #energydevices, and #endomechanical components. Our deep knowledge base and breadth of capabilities help us create innovative solutions to match the changing needs of medical device manufacturers and deliver tailored solutions that ensure our clients’ instruments achieve better surgical outcomes. Every part. Every time. #Innovation #Industry40 #MachineLearning #Robotics #FutureofWork #DataScience #Automation #Medtech #MedicalDevices #minimallyinvasivesurgery #roboticsurgery #Manufacturing #SmartManufacturing

The growth of medical robotics in the next decade holds vast potential to improve healthcare in many ways. Surgical robots can assist with volume operation demands, enhance patient outcomes, and reduce hospital stays. Integration of AI and cloud computing enables data access and collaboration, and micro-robots will help address current hard to reach areas in the human body, opening new surgical possibilities. Medical robotics' robust growth can help make advanced surgeries more accessible, reducing healthcare disparities globally as prices also go down over time due to increased competition and better economics. AI-driven personalized medicine will improve diagnoses and treatments. However, ethical and regulatory challenges require collaboration among stakeholders to ensure responsible and beneficial integration of medical robotics. #MedicalRobotics #Healthcare #Robotics #SurgicalRobotics