Application of embedded industrial computers in orthopedic surgical robots
2024-09-23
Table of Contents
- 1. Introduction to orthopedic surgical robots
- 2. Pain points of orthopedic surgical robots in industrial computers
- 3. SINSMART industrial computer-SIN-3312-Q370 solves pain points
- 4. Development Trends of Smart Healthcare
1. Introduction to orthopedic surgical robots
Orthopedic surgical robots are an innovative technology in the field of smart medical care. Through precise three-dimensional planning, real-time navigation and positioning, and intelligent assistance in surgical operations, they have brought about tremendous changes in orthopedic surgery. The robot system can plan the surgical path through high-precision three-dimensional images before surgery, and during surgery, it can track and locate the patient's bones in real time through a real-time navigation system, effectively improving the accuracy of surgery.
2. Pain points of orthopedic surgical robots in industrial computers
1. High computing power requirements: Orthopedic surgical robots have extremely high computing power requirements, and need to process a large amount of three-dimensional image data in real time, perform complex calculations and real-time control. Therefore, the computing performance of the industrial computer must be powerful enough to ensure the efficient and accurate operation of the surgical process.
2. Strict real-time requirements: Orthopedic surgery has very strict requirements on real-time performance. The industrial computer must be able to respond and process input signals in a very short time to ensure the real-time and accuracy of the surgery. This places high demands on the hardware and real-time operating system of the industrial computer.
3. Data security and privacy protection: Orthopedic surgical robots involve the individual medical data of patients. Therefore, in the selection of industrial computers, data security and privacy protection must be considered to ensure that the patient's medical information is not subject to unauthorized access.
3. SINSMART industrial computer-SIN-3312-Q370 solves pain points
1. Flagship CPU: It has I9-9900K, 8 cores and 16 threads. Hyperthreading technology allows the processor to handle multiple tasks at the same time. It is equipped with Intel Turbo Boost Max 3.0 technology, with a maximum frequency of 5.0GHz, providing excellent computing performance for surgery.
2. High-frequency memory: Supports 32G DDR4 2666MHz high-frequency memory to ensure smooth operation and fast response of the system, helping doctors to process complex data in real time during surgery.
3. High-capacity hard disk: Provides up to 2T solid-state hard disk to ensure efficient access to large-scale medical data during surgery and provide sufficient storage space for surgery.

4. Dual graphics card support: supports simultaneous insertion of 2 RTX30 series graphics cards. The powerful graphics processing capability makes the 3D images during surgery clearer, providing doctors with more accurate navigation and operation assistance.
5. Aluminum alloy heat dissipation: The unique aluminum alloy heat dissipation design, independent card slots and air vents effectively discharge the heat of the GPU, ensuring that the industrial computer can continue to operate stably in a high-load surgical environment, providing reliable support for surgery.
4. Development Trends of Smart Healthcare
Smart healthcare will present several striking development trends in the future. First, the application of artificial intelligence (AI) in medical diagnosis and treatment will continue to expand, improving the accuracy and efficiency of medical decision-making. Second, the Internet of Things technology will promote the intelligence of medical equipment and sensors, and realize real-time monitoring, data collection and remote medical services. Third, virtual and augmented reality technologies are expected to improve medical training, surgical operations and rehabilitation treatment, and enhance medical education and patient experience. In addition, blockchain technology will strengthen the security and privacy protection of medical data.
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