Sogo Design... Ten years of focus on medical health the only track.
Cooperative customers: well-known confidential customers
Project Name: Ablation Radio Generator Appearance Design
Cooperation content: design analysis | appearance design | structural design | prototype production | accompanying running assistance
Design Analysis
Functionality: The device should have the ability to precisely control the RF output to suit different treatment needs. At the same time, it should be able to provide real-time feedback and monitoring functions to ensure the accuracy and safety of treatment.
Reliability: The equipment needs to operate stably in various medical environments, including different voltage, temperature and humidity conditions, to ensure the continuity and consistency of the treatment process.
Safety: The design should take into account the safety of patients and operators, including prevention of misoperation, overheating protection, electromagnetic compatibility, etc., to ensure the safety of the treatment process.
Maintainability: The equipment should be easy to clean and maintain to ensure long-term use and sanitary conditions, and reduce maintenance costs and time.
Design Language
Color Use: The device uses a black and blue color scheme to convey a professional, technical and reliable image. The yellow decorative lines add visual vitality and modernity, and may also be used to indicate the working status of the equipment.
Shape and lines: The shape of the equipment is simple and modern, with smooth lines, giving people a sense of stability and reliability. This design style helps users build trust in the device.
Identification and label: The identification and label design of the equipment is clear and easy to identify, which helps users quickly find the required functions and operation interface.
Design Details
Operation interface: the operation interface of the equipment should be intuitive and easy to use, the interface layout should be reasonable, the operation process should be simplified, and the operation complexity of the user should be reduced. The display shall provide clear treatment parameters and status information.
Safety protection: Considering the possible safety risks in the medical environment, the equipment should be designed with multiple safety protection measures, such as emergency stop button, overheating protection, etc.
Data interface: The device should provide a variety of data interfaces to facilitate data exchange and analysis with other medical equipment or computer systems.
Maintenance and cleaning: The design of the equipment should take into account the convenience of maintenance and cleaning, easy to disassemble and reorganize, and convenient for daily maintenance and cleaning.
Ergonomics
Operating height and angle: The operating height and angle of the equipment should conform to ergonomic principles to reduce user fatigue during operation.
Handle and button design: The design of the handle and button should be ergonomic, easy to grasp and operate, and reduce the possibility of misoperation.
Display screen position: The position of the display screen should be designed within the user's line of sight to reduce the user's head and neck rotation during operation.
Mobility: Considering the limited space of the medical environment, the equipment should be designed with mobile functions, such as wheels, to facilitate users to move the equipment in the medical environment.
In summary, this ablation generator has been designed with functionality, aesthetics, safety, and ergonomics in mind to provide users with an efficient, reliable, and easy-to-operate medical tool. Through careful design, this device can not only meet the high standards of the medical environment, but also improve the user's work efficiency and use experience. Its design language is simple and modern, the details are exquisite, and the ergonomic design is reasonable. It will undoubtedly become an important asset in the medical field. SOGOL DESIGN: www.soogot.com