ROBOTICS.pptx
- 1. ROBOTICS IN MEDICAL FIELD AND DEFENCE
- 2. BENEFITS : High-quality patient care Streamlined clinical workflows Safe work environment
- 3. TYPES SURGICAL ROBOTS HOSPITAL ROBOTS CARE ROBOTS EXO-SKELETONS
- 4. HOSPITAL ROBOTS Hospital robots can fulfil a wide range of functions to ease the daily burden on doctors, nurses, and surgeons. This includes distributing medications, lab specimens and other sensitive materials such as patient data around the hospital.
- 5. MOXI INVENTED It was created by Andrew Thomaz in 2017 IMPLEMENTED Christiana care is the first health system in the Philadelphia region piloting a innovative tool called Moxi DISADVANTAGE High cost Limited capabilities Staff resistance
- 6. TUG XENEX
- 7. SURGICAL ROBOTS Surgical robots are computer-controlled machines that are designed to assist surgeons in performing surgical procedures. They are also known as robotic surgical systems or robot-assisted surgery. These robots are typically equipped with a camera and mechanical arms that can hold and manipulate surgical instruments.
- 8. DA VINCI
- 9. INVENTED It was developed by Intuitive Surgical, Inc.,. and approved by FDA in 2000 SUCCESS RATE Success rate is 90% and complication rate is 5% ADVANTAGES Less pain involved Lower risk of infection/complication THREATS Technical failure/Malfunction Costly
- 11. NAO ROBOT NAO is a humanoid robot that is often used in education and therapy for children with autism and other developmental disabilities. It can interact with children, play games, and provide cognitive and
- 12. EXOSKELETON An exoskeleton is a wearable robotic device that is designed to support and augment human movement. The exoskeleton fits over the user's body and provides assistance to the joints and muscles, helping to reduce fatigue, increase endurance, and improve mobility.
- 13. REWALK ReWalk exoskeleton: The ReWalk exoskeleton, developed by the Israeli company ReWalk Robotics, is designed to help people with spinal cord injuries to stand and walk again. It uses motion sensors and a motorized frame to support the user's legs and allow them to take steps.
- 14. DEFENCE ROBOTS
- 15. DOGO ROBOT
- 16. Case study Challenge It can struggle to traverse uneven or difficult terrain that is commonly encountered in military operations Results This can limit its effectiveness in certain applications, such as scouting or surveillance missions in remote or challenging environments Solution combination of solutions, such as the wheeled platform accessory and improvements to legged mobility, 01 02 03
- 17. SAFFIR ROBO
- 18. SAFFIR ROBO The Saffir robot is designed to operate in environments that are hazardous to humans, such as those with high heat, smoke, and toxic gases. It is equipped with a range of sensors, including thermal cameras, gas sensors, and LIDAR sensors, which allow it to navigate through the ship, identify fires, and perform tasks such as opening doors and manipulating valves.
- 19. DISADVANTAGES IN MEDICAL HIGH COST LIMITED DEXTERITY DEPENDENCE ON TECHNOLOGY LIMITED SENSORY PERCEPTION NEED FOR SKILLED OPERATORS
- 20. DISADVANTAGES IN DEFENSE HIGH COST ETHICAL CONSIDERATIONS LIMITED ADAPTABILITY VULNERABILITY TO CYBER ATTACKS
- 21. THANK YOU