1. At present, some large and medium-sized medical equipment are controlled by industrial computers. Medical equipment using industrial computers can be divided into the following categories: clinical testing, digital ultrasound, important information and support, and radiography. Life information and support: patient monitors, Holter monitors, multi-parameter monitors, intensive care units, defibrillation monitors, fetal monitors, biochemical analyzer ventilators, smart wards, etc. Clinical testing: blood cell analyzer, electrolyte analyzer, etc., digital ultrasound: color desktop/portable ultrasound system, black and white ultrasound system. Radiography: digital x-ray imaging system (DR), magnetic resonance imaging system (MRI), CT machine, etc.
2. At present, the aging of the population has become a very serious social problem in China. At the same time, the medical and health problems of the huge elderly population are also facing huge challenges. In the case of an urgent need for medical resources, it is not only necessary to change the traditional medical model, but also to put forward higher requirements on the hardware of medical staff and medical equipment. The industrial computer supports lntel Core 8th generation processors, lntelH310 chipset, i3/i5/i7 high-end configuration, 1 DDR4 memory slot, expansion 32GB memory, and supports VGA+DVI-D+DP three-screen synchronous or asynchronous display. Support 2 Intel Gigabit Ethernet ports, 10 industrial computer USB ports, 6 serial ports, etc.
3. The product has the characteristics of rich expansion, high performance, and high cost performance. It is the choice of computer hardware products for intelligent medical equipment. With the aging of the population and the imbalance of medical resources, the demand for medical services is also increasing. Our embedded industrial computer, with the characteristics of rich expansion, high performance and high cost performance, can provide computer hardware products and solutions for medical monitoring equipment.