Professor, Graduate School of Engineering, Medical Science, and Organization for Marine Science & Technology, Nagasaki University, Japan.

Speech Title: Seamless development of medical robot and mechatronics by bio-inspired mechanism
Abstract: It is important that medical doctor’s need is accurately grasped for the development of medical robot and solution is given by engineering seeds technology. Also, a product is realized to be easily used by many time considerations. Biological motions mechanism including fish robot becomes good seeds technology. In the future, the development of automated medical robot is integrated with IoT technology, however, it is significant to develop as a medical support tool for medical doctors.
Introduction: Medical robot is exploited in research and development in all around the world actively. Remote surgery robot "da Vinci" was started, and how old advanced medicals robot completes development stage, and there is to operation stage. In addition, it is said that causes of next-generation medical revolution by medical robot connected with IoT (Internet of Things). This is similar in area of engineering, robot and IoT the 4th industrial revolution by IoT has resulted in the industry. The author has developed many robots that are used in society, but recent year is focusing for development of medical robot. This is whole heart that want to generate technology in noble area that is entrusted with human life called medical, and provide doctor treatment even in small way. In there, adopt positions of medical doctors and patients, and be used to medical doctor, and is using that patient burden builds less medical care robot. In development of medical robot, medical doctor need is considered for potential solutions accurately by seeds technology of engineering, and many time to realize studies for use products is significant. That's the same as aerospace, marine, concept of creating the land machine industrial creation that author has done so far development and operation. In area of medical treatment, the robot and IoT technology will considerably permeate the anticipated especially in Europe and America advanced University expanding its medical robotics with massive investment. It is important to thoroughly study advanced medical robot in a planned manner by extensive development investment when this lofty goal, these relationships developed by authors that new technology under the everyday needs of healthcare professionals is steady efforts to engage with those that can be used in the medical field and for appropriate valuation is small is excellent in practicability and rapidity of the development. New medicals robot that is outweighed from conventional products are generated through these efforts. The author introduces of present status and future development of medical robot in the paper.