Industrial computer empowered orthopedic surgical robots
2024-08-02 09:31:29
Table of Contents
- 1. Industry background
- 2.Scenarios of industrial computers in orthopedic surgical robots
- 3. Product Recommendation
- 4. Future Outlook of the Industry
1. Industry background
Surgical robots are the in-depth application of artificial intelligence in the medical field. They are mainly composed of a console (computer system, surgical operation monitor, robot control monitor, operating handle, etc.) and an operating arm. In view of the problems of complex structure, large trauma, and difficult judgment in the traditional "hand-free operation" orthopedic surgical mode, orthopedic surgical robots have both precise positioning operation and intelligent numerical control and other technical characteristics, which can effectively reduce surgical risks, improve surgical precision and accuracy, and achieve precision medicine.
2.Scenarios of industrial computers in orthopedic surgical robots
1. The combination of industrial computers and the high-precision robotic arms of orthopedic surgical robots provides unprecedented precision for orthopedic surgery. Doctors can use industrial computers to plan surgeries and accurately determine the location of surgical instruments or implants through navigation systems. In addition, industrial computers are also used to process imaging data during surgery in real time, helping doctors to more accurately judge the progress of the surgery.
2. During the operation, the high-speed data processing capabilities of industrial computers enable doctors to make decisions quickly, thereby improving surgical efficiency. At the same time, the stability and reliability of industrial computers also ensure the smooth progress of the operation and reduce the risk of surgical failure due to equipment failure.
3. Product Recommendation
As an embedded PC manufacturer, SINSMART TECH has launched the [SIN-3094-H610E] product solution around orthopedic surgical robots, which can fully meet the technical requirements of orthopedic surgical robots for related hardware in terms of small size, stability, reliability and high performance. The product advantages are as follows:
1. Equipped with Intel Core 12th generation i9-12900 processor, sixteen cores and twenty-four threads, 10nm process, main frequency 3.2Ghz, turbo frequency up to 5.1Ghz, and comprehensive performance improvement of about 180%. Up to 32GDDR54800MHz memory, newly upgraded PCIe4.0 technology, read speed up to 7000MB/S, PCIe4.0 directly interacts with the CPU, and data processing speed is faster. Secondly, the machine is equipped with 4 2.5G Ethernet ports with optional PoE+PSE function, all using Intel® I226-IT chip and 4 USB3.2Gen1 interfaces, supporting 5Gbit/s high-speed data transmission, and can connect multiple cameras.
2. The machine is equipped with an independent expansion box, providing 1 PCIex16 slot, supporting expansion cards such as single-slot graphics cards within 75W, USB port cards, data acquisition cards, PoE network port cards, etc.
3. The size of SIN-3094-H610E is 212 (width) x165 (depth) x 63 (height) mm, which can be easily lifted with one hand, weighing only 2.5kg, with a small size, light and easy to carry; it supports wide temperature operation of -25°C~70°C, and can be equipped with an external auxiliary cooling fan for good heat dissipation effect.
4. Future Outlook of the Industry
The pace of technological research and development of medical robots in the world continues to accelerate, and the industry is also extending to more application scenarios. As an embedded computer manufacturer, SINSMART TECH has launched a variety of rugged embedded computer solutions around orthopedic surgical robots, which can fully meet the technical requirements of orthopedic surgical robots for related hardware in terms of small size, stability, reliability and high performance. Welcome to consult!
You may also be interested in the following industrial PC provided by SINSMART:
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