Sogo Design... Ten years of focus on medical health the only track.
Cooperative customers: well-known confidential customers
Project Name: RF Ablation Design
Cooperation content: design analysis | appearance design | structural design | prototype production | accompanying running assistance
In the field of interventional medical devices, radiofrequency ablation equipment is a key tool for minimally invasive treatment of arrhythmia, tumors and other diseases, and its supporting master control equipment is the core guarantee of surgical accuracy and safety. This RF ablation design operated by "suogot" shows the deep coupling of "technical rigor" and "user experience" of medical equipment from multiple dimensions of industrial design, and integrates warm human design language into cold medical machinery. The following is an analysis from four aspects: design analysis, design language, design details and ergonomics.
1. Design Analysis: Functional Modular Architecture in Medical Scenarios
The core function of the RF ablation master control device is to realize the precise control of surgical parameters, real-time monitoring of the surgical process and the cooperative operation of multiple devices, so the underlying logic of the design is based on the "medical scenario function module" as the core.
Medical logic of functional partition: the whole machine is divided into three modules-the front end is interactive display module (large-size touch screen), the middle part is interface and control module (integrated radio frequency output interface, USB interface, adjusting knob), and the back end is equipment operation and maintenance module (heat dissipation grille). This partition not only conforms to the triangular interaction logic of "doctor-equipment-patient" in interventional surgery, but also facilitates the rapid operation and equipment maintenance in the complex environment of the operating room.
The medical attribute expression of material and color: the main body adopts the combination of white medical grade plastic and light blue-green decorative parts, and white conveys the "sterile and professional" medical scene attribute, which meets the environmental requirements of the operating room. Light blue-green weakens the cold feeling of medical equipment and conveys the emotional temperature of "life care. In terms of material, the high-permeability acrylic of the screen frame and the matte plastic of the body form a texture contrast, which not only ensures the visual priority of the display area, but also reduces the reflective interference of the operating room light through the matte surface.
2. Design Language: Rationality and Sensibility Narrative of Medical Technology
The design language of this radiofrequency ablation device is based on "precision medicine", which conveys the professional attributes and humanistic care of interventional medical devices through the combination of form, color and light and shadow.
Medical aesthetics of form: the whole machine adopts the form language of "beveling the interactive surface to round the body", and the beveling angle of the large-size screen conforms to the best viewing distance and viewing angle of the doctor in the sitting posture (described in detail in the ergonomics part later); The rounded corners on the side and top of the fuselage soften the mechanical sense of medical equipment and avoid bringing visual oppression to doctors and patients. This form design not only meets the functional demands of medical equipment for "operation efficiency", but also relieves the tension in the surgical scene through humanized form language.
Emotional healing of color: the light blue-green decorative strip and interface area are the finishing touch of the design. Blue-green is often associated with "life, hope and calmness" in the medical context, which not only strengthens the "life support" attribute of the equipment, but also forms a visual focus-the doctor's attention can quickly focus on the operation area, avoiding the operation error caused by the visual interference of the equipment; at the same time, the combination of blue-green and white also makes the equipment more recognizable in the gray tone of the operating room, improve operational efficiency in emergency scenarios.
3. Design Details: Humanistic Care under Medical Precision
Excellent medical equipment design often reflects the concept of "doctor-patient-centered" in the details. The detailed design of this radio frequency ablation equipment closely combines "medical accuracy" with "user experience.
Details of the interactive area: the light blue-green decorative strip on the screen frame is not a simple visual element, and its thickness and radian are optimized, which not only strengthens the "suspension feeling" of the screen and improves the visual level; It also provides subtle "anti-skid support" for fingers during doctor's operation to avoid operation errors caused by sweating of hands during operation. The layout of the interface area follows the principle of "operation frequency priority". The commonly used RF output interfaces (No. 1-4) are arranged according to the operation logic. The positions of the USB interface and the adjustment knob also fully consider the "possibility of blind operation" to reduce the risk caused by line of sight shift during the operation.
Detailed expression of brand and logo: the "BRAND" logo on the side of the fuselage adopts light blue-green silk screen printing, which is completely unified with the overall color language; The brand logo of "suogot Sogo Design" is located in the upper right corner, which not only reflects the professional endorsement of the designer, but also avoids visual interference due to the small proportion of design. The "array" design of the heat dissipation grille not only meets the heat dissipation requirements of the equipment, but also enhances the scientific and technological sense of the equipment through rhythmic lines, making the "operation and maintenance function" also have design aesthetic value.
4. Ergonomics: A "Zero Burden" Experience for Medical Operations
Radiofrequency ablation surgery requires high accuracy and timeliness, and the ergonomic design of the equipment is directly related to the quality of the operation and the operation experience of the doctor.
Accurate adaptation of visual ergonomics: the oblique cut angle of the screen is verified by strict man-machine data to ensure that the line of sight and the screen form a "natural flat angle of view" when doctors operate in sitting posture, thus reducing fatigue of cervical vertebrae; The brightness and color temperature of the screen are also optimized for the lighting environment of the operating room to ensure that the picture can be clearly displayed under strong light or weak light, thus avoiding misjudgment of parameters caused by visual fatigue.
Optimization of ergonomics details of operation: the layout of the interface and the adjusting knob is highly consistent with the "hand operation logic". during operation, the range of movement of the wrist after the arm naturally droops can cover all the interfaces and knobs without moving the body greatly. The damping sense of the adjusting knob is adjusted, and the "rotation strength" and "parameter change amplitude" form a linear correlation, so that doctors can accurately control the output parameters through "hand feeling, achieve" blind precision ". The overall height and depth of the equipment are also suitable for the conventional operating table of the operating room to avoid space waste or operation cramped due to size discrepancy.
Conclusion: The Way of "Technology for Good" in Medical Design
The design of this RF ablation device is a symbiotic sample of "technical attributes" and "humanistic attributes" of medical industry design. It takes functional modularity as the skeleton to ensure the accurate transmission of medical technology. Emotional design language is used as the texture to relieve the tension of the medical scene. Detail design is the nerve to protect every precision of surgical operation. With ergonomics as the blood vessel, medical equipment can truly serve "people".
Today, with the rapid development of minimally invasive medical technology, such a design not only improves the operation experience and safety of radiofrequency ablation surgery, but also redefines the value of "medical equipment"-it is no longer a cold tool, but a doctor-patient "professional partner" in the fight against disease ". This concept of "empowering medical care with design and humanistic care technology" also points out the direction for the innovation of medical equipment in the future: only by deeply integrating "the rigor of medical technology" with "the temperature of humanistic design" can we create Medical products that truly benefit doctors and patients. Sogo Design: www.soogot.com