Sogo Design... Ten years of focus on medical health the only track.
Cooperative customers: well-known confidential customers
Project Name: RF host and handle design
Cooperation content: design analysis | appearance design | structural design | prototype production | accompanying running assistance
This is a set of radio frequency treatment equipment introduced by the "sopot" brand, which includes two core components: the main engine and the handle. Its design revolves around the core requirements of "accurate operation and stable output" of * * interventional surgery, and integrates professional adaptation and humanistic care of medical scenes in the industrial form. It is a typical sample of "system synergy" of interventional medical equipment.
1. Design Analysis: Modularization of System Functions for Interventional Scenarios
As a radio frequency treatment device, its core scenario is minimally invasive interventional surgery, designed with "host-handle system collaboration" as the underlying logic:
The function module is highly adaptable: the host undertakes the functions of "energy output and parameter monitoring" and is divided into interactive display area (screen), interface area (connecting handle) and control area (key); The handle undertakes the functions of "operation execution and energy conduction" and is divided into holding area, key area and instrument area. The two are connected by cable to form a closed-loop process of "host control-handle execution", which fully meets the needs of "remote control and precise action" of interventional surgery.
Scene division of materials: the main engine adopts "white medical plastic dark gray function panel", white conveys the clean attribute of the operating room, and dark gray strengthens the identification of the functional area; The handle adopts "white main body and black anti-skid material". The white meets the medical aseptic standard, and the black anti-skid layer meets the requirement of "holding with gloves". The two materials are logically unified and strengthen the integrity of the system.
2. Design Language: Calm Collaboration in the Medical Profession
The design language of this set of equipment takes "calm professional system unity" as the keynote, and realizes the cooperative expression of host and handle through form and color:
Rational coordination of form: the main machine adopts "rounded rectangular straight line partition" to convey the calm feeling of medical equipment; The handle adopts "streamlined holding form straight line instrument rod", which not only ensures comfortable holding, but also strengthens the precision feeling of interventional instruments. Both of them avoid redundant decoration and convey the medical attribute of "function first" in a concise form.
The color system is unified: blue, white and gray are the main colors, and the blue logo of the host computer and the blue button of the handle form a visual echo, which not only strengthens brand identification, but also forms a visual anchor point of "functional area" in the operation scene, allowing medical care to quickly identify the operation components and improve the efficiency of interventional surgery.
3. Design Details: Implicit Safety Support for Interventional Operations
The detailed design revolves around the "precision and safety of interventional surgery", and the host and the handle have their own focuses:
Details of the host: the interface area adopts the corresponding design of "icon interface" (e.g. the handle interface corresponding to the human body icon) to avoid connecting the wrong equipment during interventional surgery; The screen adopts "embedded narrow frame" to reduce the light reflection in the operating room and ensure clear reading of parameters. The bottom foot pad adopts anti-skid design to prevent the host from sliding during the operation.
Handle details: the grip area is provided with "segmented anti-skid texture", which fits the finger force point and is suitable for stable grip with gloves. The key adopts "raised double key", and medical care can realize "blind operation of surgical field" through tactile differentiation function. The joint between the cable and the handle adopts "arc-shaped anti-bending structure" to avoid cable damage during interventional operation and ensure stable energy conduction.
4. ergonomics: comfortable adaptation of interventional procedures
The ergonomic design is optimized for "long-term operation of interventional surgery", and the host and handle are adapted to each other:
Man-machine adaptation of the host: the height of the host is in line with the viewing angle of "medical care standing head-up", and the inclination angle of the screen is calculated to avoid neck fatigue; The interface area is located on the front, which is suitable for the operating range of "natural arm extension", and the handle can be connected without moving the body greatly.
Man-machine adaptation of the handle: the thickness and radian of the grip area conform to the "thickness of adult hand gloves", and the fingers bend naturally when holding, reducing hand muscle tension; The key position is located in the thumb natural activity area, and the wrist does not need to shift when pressing, which meets the requirement of "long-term stable operation" of interventional surgery; The length and diameter of the instrument rod are adapted to the channel size of minimally invasive intervention to ensure the operation accuracy.
Conclusion: System-level collaboration partners for interventional surgery
This set of RF host and handle design is a sample of "system collaborative humanistic care" for interventional medical equipment. It takes functional modularity as the skeleton to realize the closed-loop process of the main engine and the handle. Take calm design language as the texture to convey the sense of coordination of medical profession. Taking detail design as the nerve to guard the accuracy and safety of interventional surgery; Taking machine engineering as the blood vessel, the operation burden of medical care is reduced.
With the increasing popularity of minimally invasive interventional technology, such a design not only improves the operational efficiency of radiofrequency therapy, but also redefines the value of "interventional equipment system"-it is no longer an independent host and handle, but a "precise collaboration system" for doctors and nurses in interventional surgery ". This concept of "realizing system coordination by design and intervening operation with detailed care" also points out the direction for the design of interventional equipment: only by deeply integrating "rationality of medical function" with "sensibility of human-computer experience" can medical products that really help minimally invasive intervention be created. SOGOT DESIGN: www.soogot.com