Surgsci has unveiled the groundbreaking Surgsci G600 AI Ultrasonic Energy Generator. More than a technological leap, this innovative device represents a paradigm shift in surgical practice, enhancing precision and safety for patients and surgeons alike.
Advanced Neural Network Processing Unit (NPU) At the heart of the G600 lies its powerful Neural Network Processing Unit (NPU), capable of processing up to 3.6 tera-operations per second. During surgery, the NPU continuously monitors real-time data, leveraging artificial intelligence (AI) for deep learning. Surgeons benefit from automatic recognition and processing of critical information, revolutionizing surgical workflows.
Intelligent Algorithms for Optimal Outcomes The G600 integrates several intelligent algorithms designed to optimize surgical procedures:
Intelligent Metal Instrument Collision Algorithm: Similar to a “reversing radar,” the generator monitors surgical instruments in real time. If a collision occurs, it instantly alerts the surgeon within microseconds and adjusts energy output to prevent harm.
Intelligent Low-Temperature Cutting Control: Precise energy output maintains optimal scalpel head temperature, minimizing tissue thermal injury. Additionally, it reduces fog during cutting, improving the surgeon’s field of view.
Intelligent High-Temperature Warning Algorithm: Continuous monitoring of scalpel head temperature ensures safety. If the temperature exceeds the limit, the system issues a warning.
Adaptive Tissue Recognition Algorithm: Automatically identifying different tissues, the G600 adjusts energy output accordingly, enhancing surgical precision and efficiency.
Tissue Cutting Warning Prompt Algorithm: Real-time data analysis predicts the optimal time for tissue cutting, adjusting energy levels and providing operation prompts.
Unlocking New Scenarios for Surgical Efficiency
The Surgsci G600 empowers surgeons, making procedures more intuitive and controllable. Modes like rapid coagulation, low-fog coagulation cutting, fast cutting, and super-fast cutting optimize surgical techniques, ultimately improving patient recovery.
A Pioneer in Minimally Invasive Surgery
Born from the National Key R&D Program and the Key Technology Tackling Project of Shenzhen, the G600 bridges medicine and engineering. Surgsci’s unwavering dedication to precision and safety ensures that this intelligent tool will continue to shape the f
