Sogo Design... Ten years of focus on medical health the only track.
Cooperative customers: well-known confidential customers
Project Name: Oximeter Optimization Design Proposal
Cooperation content: design analysis | appearance design | structural design | prototype production | accompanying running assistance
This group of oximeter optimization design proposals, based on the "original product effect" as the benchmark, through the, B, C, D four differentiated schemes, launched a systematic exploration between professional medical attributes and daily use experience. The design starts from the dual requirements of "professional rigor of medical scene" and "affinity and friendliness of family use". It not only continues the core function of oximeter as medical equipment, but also enables the product to accurately adapt to the user's needs in different scenes through the optimization of form, color and details.
1. Design Analysis: Upgrading from "Medical Tool" to "Life Partner"
The core positioning of this group of optimized design is to better integrate professional medical equipment into daily scenes. Traditional oximeters tend to be cold industrial, and this set of proposals attempts to break this inherent impression:
Scene adaptation: Schemes A and B continue the professional sense of medical scenes, and weaken the cold feeling of medical equipment through light blue color matching and round shape. Schemes C and D focus more on family scenes. Through soft colors such as pink and white, products can be more easily integrated into the home environment and users can be relieved of the tension of medical equipment.
User stratification: Schemes A and B are more suitable for professional medical scenes such as hospitals and clinics, conveying the temperament of "professional and reliable"; Schemes C and D are more in line with the aesthetic preferences of family users, transforming oximeters from "medical tools" to "life partners" and improving the acceptance of family self-tests.
This positioning upgrade makes the oximeter no longer limited to clinical scenarios, but can cover multiple scenarios such as professional medical treatment, family self-test, portable travel, etc., realizing the deep unity of "professional attributes" and "daily experience.
2. Design Language: Pluralistic Expression under Aesthetics of Restraint
The design language of this group of oximeters, with "restraint aesthetics" as the core, conveys different product qualities through the combination of form, color and material:
Color System:
Scheme A and B adopt light blue color matching, which continues the professional visual symbols in the medical field. The low-saturation hue not only conforms to the "calm and focused" atmosphere of the medical scene, but also avoids the visual oppression caused by high-saturation color;
Scheme C uses a pink top, and Scheme D uses a white top, which weakens the cold feeling of medical equipment through soft colors, and is easier to obtain the emotional identity of home users.
Morphological Language:
All schemes adopt round cylindrical outline without sharp edges, which not only avoids the risk of collision in use, but also conveys the product temperament of "safety and affinity;
The top of schemes A and B adopts multi-layer annular texture, which not only enriches the visual level, but also provides anti-skid reference during operation. Schemes C and D adopt simple flat or curved tops, which are more simple and atmospheric and conform to modern home aesthetics.
Material logic:
The main body adopts medical grade ABS plastic, which has both light weight and durability. The surface is treated with high light, which not only improves the visual texture, but also facilitates cleaning and disinfection;
The color area at the top is made of matte or semi-matte material, which forms a material contrast with the high-gloss body, which not only highlights the functional zoning, but also avoids fingerprint residue and improves the visual cleanliness for long-term use.
3. design details: function-oriented precision landing
The detailed design of each scheme points to the core usage scenario of the oximeter:
Operation details:
The top ring texture of schemes A and B is not only visual decoration, but also provides non-slip support when the user operates, and can be accurately held even if wearing gloves;
The simple top design of scheme C and D reduces the cleaning dead angle and is more suitable for the high-frequency use needs of the family scene.
Protection and portable details:
All schemes adopt integrated injection molding process, and the gap is controlled within the medical-grade standard, which is convenient for postoperative high-temperature disinfection and meets the requirements of aseptic management in medical scenarios;
The rounded cylindrical profile and lightweight design make the product easy to put in a pocket or portable bag to meet the portable needs of mobile detection, outdoor travel and other scenes.
Brand Identity Details:
Scheme A, as the "original effect of the product", has laid the foundation visual language of the brand. Scheme B, as an "optimized effect diagram", improves the holding experience through texture optimization on the basis of continuing the core design. Schemes C and D strengthen brand identification in different scenes through the differentiation of color and top shape on the basis of family form.
4. Ergonomics: Experience Optimization for Multiple Scenes
The ergonomic design of this group of oximeters is deeply in line with the operation requirements of the dual scenarios of "professional medical treatment" and "family self-test:
Holding experience optimization:
The round cylindrical contour fits the natural arc of the palm, even if it is held for a long time, it is not easy to fatigue;
The top texture design of schemes A and B improves the holding friction force, avoids slipping during operation, and is more suitable for high-frequency use of medical staff in clinical scenes. The simple top of schemes C and D is more suitable for the light-weight use requirements of family users.
Visual interaction optimization:
The large-size black display area occupies the core position of the fuselage to ensure that the core data such as blood oxygen and heart rate are clear and readable;
The color top design of different schemes allows users to quickly identify product positioning. The light blue scheme in professional scenes conveys a sense of reliability, while the pink and white scheme in family scenes is easier to obtain emotional recognition.
Scene adaptation optimization:
The professional color matching and anti-skid texture of schemes A and B are suitable for the rigorous needs of professional medical scenes such as hospitals and clinics;
The soft colors and concise forms of schemes C and D make it easier to integrate into the family environment and enhance the acceptance and willingness of users during family self-testing.
From color selection to top texture, this set of oximeter optimization design proposals always revolves around the "user scene. It conveys professionalism with restrained aesthetics, lands functional requirements with precise details, optimizes multi-scene experience with humanized design, and finally realizes the symbiosis of "professional medical attributes" and "daily use friendliness", providing a practical paradigm for the scene design of medical equipment. Sogo Design: www.soogot.com