Some medical devices need to process and display a large amount of high-definition medical images and complex data information, so the touch screen is required to have a high-resolution, high-brightness and high-contrast display effect to ensure that doctors can clearly and accurately observe every detail, so as to make accurate diagnosis and treatment decisions.

At the same time, the touch screen also needs to have a fast response time to achieve a smooth and delay-free operation experience to meet the needs of medical staff to quickly retrieve and process information in emergency situations.

The operating environment of medical equipment is relatively complex and requires 24-hour uninterrupted operation. Therefore, extremely high requirements are placed on the stability and durability of industrial screens.

The display area of the equipment must be able to maintain stable performance under long-term, high-intensity working conditions and not be affected by external environmental factors to ensure the normal operation of medical equipment and avoid medical accidents caused by display device failures.

In order to improve the work efficiency and operation comfort of medical staff, the design of the touchscreen also needs to fully consider the principles of ergonomics. Its size, installation angle, and operation interface layout need to match the working habits and operation postures of medical staff to reduce fatigue caused by long-term operation and improve the usability and practicality of the equipment.

The display system of medical equipment has extremely stringent requirements for accuracy and stability. In the process of medical diagnosis, even the slightest display error, such as slight distortion of the image or slight deviation of the data, may mislead the doctor's judgment of the patient's condition, thereby affecting the formulation of the treatment plan and the patient's treatment effect.

The challenge facing Gomany is how to ensure that the touch screen displays provided can always maintain high-precision image and data display effects during long-term use, meet the strict requirements of medical equipment for display quality, and provide reliable support for medical diagnosis.

The medical environment has extremely high requirements for sanitary conditions. The surface of medical equipment is easily exposed to patients' body fluids, blood and other pollutants, so it needs to be cleaned and disinfected frequently. This requires that the surface material of the screen must have good waterproof and dustproof properties, and be able to withstand the erosion of various chemical disinfectants.

At the same time, the performance and service life of the touch screen will not be affected by frequent cleaning and disinfection. Gomany needs to develop surface treatment technology that meets the cleaning and disinfection requirements of the medical environment while ensuring the display performance and operating performance of the equipment.

Medical equipment operators are usually medical staff, who need to operate the equipment efficiently and conveniently during long hours of work. If the screen design does not conform to ergonomic principles, it may cause problems such as hand fatigue and neck pain during operation, thus affecting work efficiency and operation accuracy.

Therefore, Gomany needs to carefully design the size, installation angle, operation interface layout, and interaction method of the industrial digital signage display to meet the operating habits and ergonomic requirements of medical staff and improve the ease of use and comfort of the equipment.

Gomany has adopted advanced high-precision display technology to meet the strict requirements of medical equipment for display effects. Its industrial touch screen is equipped with a high-resolution display panel, which can present clear and delicate medical images and accurate data information, ensuring that doctors can observe every subtle lesion and data change during the diagnosis process.

At the same time, by optimizing the brightness and contrast parameters of the touch screen, the visibility and clarity of the image are improved, allowing medical staff to easily view the display content under different lighting environments.

Gomany has fully considered the operating habits and ergonomic principles of medical staff and has optimized the screen in an all-round way. In terms of the size of the touch screen, according to the operating space and usage scenarios of different medical devices, it provides touch screens of various sizes to meet the needs of different devices.

At the same time, the operation interface layout has been carefully designed to place commonly used functions and operation buttons within the natural reach of medical staff's fingers, reducing the range of hand movement and operating force, and improving the convenience and accuracy of operation.