When designing a medical ablation device, the round tower design is considered from many aspects. The following are some design points to share:

modeling design
1. Overall form: We use a combination of curves and straight lines. The white main shell surface carries dark functional areas. The curved shape makes the product look soft and calm, giving people a professional, reliable and friendly feeling. At the same time, straight lines and fading surface elements are used to increase the stability and sense of technology of the product.
2. Functional partition: The various functional areas of the instrument are distinguished by changes in shape, color or material, so that the functional areas are clear and convenient for medical staff to operate.
3. Portable design: Handles are set on the front and both sides of the instrument. The shape and size of the handle are ergonomic and easy to hold.

color matching
1. Main color selection: We use white main color with medical dark gray, this color match gives people a clean, professional, calm feeling, in line with the atmosphere of the medical environment.
2. Auxiliary color matching: For important operation buttons and warning information, we use bright colors as auxiliary colors to increase visual appeal and recognition.
3. Color level: We create color levels through different shades and lightness color combinations, making the product more visually rich.

Material Selection
1. Shell material: medical grade plastic with good strength, wear resistance and corrosion resistance is used to ensure the service life and safety of the product. At the same time, the surface of the material matte treatment, enhance the texture of the product.
2. Operation panel material: For the operation panel, we choose the glass material dedicated to the touch screen, which has good transparency and touch sensitivity, and the surface is easy to clean and disinfect to prevent the growth of bacteria.

Ergonomic Design
1. Size and weight: According to the human body size data of the user population, the overall size and weight of the generator have been reasonably designed to make it convenient for medical personnel to operate, and to avoid inconvenience and fatigue caused by excessive weight of the instrument.
2. Operation interface: The design of our operation interface conforms to the principle of ergonomics. The position and size of operation elements such as buttons, knobs and touch screens are convenient for medical staff to operate. The operation intensity should be moderate and the feedback should be sensitive. At the same time, the symbols, icons and text on the interface should be clear and easy to understand, in line with user habits.
3. Visual angle: The angle of the display screen should be adjustable. We consider the best visual angle when designing to ensure that medical staff can clearly see the information on the screen in different operating positions and postures.

Detail design
1. Heat dissipation design: We set reasonable heat dissipation holes or grooves on the shell of the instrument to ensure that the instrument can dissipate heat normally during long-term use and maintain stable performance. The shape and arrangement of the heat dissipation holes are also optimized to ensure the heat dissipation effect without affecting the overall appearance.
2. Cable management: For the generator that needs to connect various cables, we design a special cable storage device to avoid entanglement and confusion, and at the same time, it is easy to organize and maintain.