2024-06-19
In 1985, German doctor Erich Mühe successfully performed the world’s first laparoscopic cholecystectomy, marking the beginning of a new era in minimally invasive surgery. Since then, medical technology has rapidly developed in the field of minimally invasive surgery, driving revolutionary progress in medicine.
The Historical Evolution of Ultrasonic Scalpel and Minimally Invasive Surgery Technology
From the establishment of the theoretical foundation of ultrasonic energy surgical instruments in the early 20th century, to the initial exploration of minimally invasive surgery technology based on ultrasonic energy instruments, to the widespread application of ultrasonic scalpels, minimally invasive surgery technology has undergone nearly a century of research and development. Today, the ultrasonic scalpel has become a key instrument in tackling complex surgical challenges and protecting patient safety.
Entering the Era of Intelligent Medicine Driven by Big Data and AI
Today, we are stepping into a new intelligent era - an advanced medical era driven by big data, specialized precision, and AI intelligence. Each technological advancement greatly empowers the medical field, driving continuous innovation in medical technology. Surgsci, keeping up with the forefront of technology, has launched the G600 AI Ultrasonic Energy Generator, which is redefining the future of ultrasonic energy surgical instruments.
Surgsci G600 AI Ultrasonic Energy Generator: The Future of Minimally Invasive Surgery
The Surgsci G600 AI Ultrasonic Energy Generator is not only a crystallization of technological innovation, but also an important tool in medical practice to empower doctors and benefit patients. Its powerful NPU (Neural Network Processing Unit) achieves a computing power of up to 3.6TOPs per second, can monitor data changes in real-time during surgery, use AI technology for deep learning, automatically recognize, classify and process data, thereby improving the precision and safety of surgery.
AI Empowerment, Enhancing Surgical Precision and Safety
The Surgsci G600 AI Ultrasonic Energy Generator, through various AI algorithms, realizes the intelligence and automation of surgical operations:
Intelligent Algorithm for Metal Instrument Collision
Real-time monitoring of surgical instruments, similar to the “reversing radar” function. When a collision occurs, the generator identifies and alarms within 10 microseconds through the intelligent algorithm, and adjusts the energy output at the same time to ensure surgical safety.
Intelligent Control Algorithm for Low-Temperature Cutting
Precisely control energy output, maintain the optimal scalpel head temperature, reduce tissue thermal injury. At the same time, it reduces the fog during the cutting process, improving the surgical operation field of view.
Intelligent High-Temperature Warning Algorithm
Continuously monitor the temperature of the scalpel head. When the scalpel head temperature exceeds the upper limit, the system gives a warning to ensure surgical safety.
Intelligent Cutting Algorithm Adaptive to Tissue
Automatically recognize different tissues, adjust energy output, improve the precision and efficiency of surgery.
Tissue Cutting Warning Prompt Algorithm
Real-time data analysis, predict the best time for tissue cutting, automatically adjust energy, and provide operation prompts.
The application of these intelligent algorithms makes the G600 AI Ultrasonic Energy Generator provide excellent safety and precision during surgery, greatly improving surgical effects and efficiency. Through advanced AI technology, the G600 not only provides strong support for doctors but also brings higher quality medical services to patients.
Unlocking New Scenarios for Surgical Efficiency and Safety
The Surgsci G600 AI Ultrasonic Energy Generator, with its innovative functions and intelligent technology, empowers doctors, making surgery more intuitive and controllable. The application of rapid coagulation, low fog coagulation cutting, fast cutting, and super fast cutting modes optimizes surgical operations and improves patient recovery efficiency. Surgsci provides a complete set of minimally invasive medical device solutions, deeply explores clinical surgical needs, continuously pursues technological innovation, truly achieves medical technology serving the people, and improves people’s health and quality of life.
Conclusion
The Surgsci G600 AI Ultrasonic Energy Generator, as a research result of the National Key R&D Program of the Ministry of Science and Technology and the Key Technology Tackling Project of Shenzhen, is a pioneer in the combination of medical and engineering in the field of minimally invasive surgery, and is constantly promoting the development and innovation of medical technology. We are committed to enhancing the precision and safety of surgery through advanced technology and intelligent solutions, empowering doctors, benefiting patients.
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