Sogo Design... Ten years of focus on medical health the only track.
Cooperative customers: well-known confidential customers
Project Name: Biological Portable POCT Appearance Design (Scheme A)
Cooperation content: design analysis | appearance design | structural design | prototype production | accompanying running assistance
As the core equipment of Guangjing Biology for primary medical care and family self-test scenes, the appearance design of this portable POCT (real-time detection) A scheme takes "accurate detection and convenient operation" as the core, and finds a precise balance between professional medical attributes and humanized experience. Through friendly morphological language, refined detail processing and humanized ergonomic optimization, it enables professional real-time detection equipment to have medical-grade rigor and provide a friendly experience in mobile scenes.
1. Design Positioning: Precise Detection Carrier of Mobile Medical Scene
The core positioning of this portable POCT is "professional testing tool for primary medical care and family self-testing". Starting from the actual pain points of the mobile scene, the design should not only meet the functional requirements of clinical-level detection, but also adapt to the operating habits of non-professional users, and at the same time alleviate the user's tension in the face of medical equipment through the visual language of "affinity and professional. This positioning determines that its design logic is not a single function stack, but a deep unity of "professional performance" and "scene adaptation.
2. Design Language: Elastic Curve Transference of Medical Temperature
In the mobile medical scene, the visual language of the device directly affects the user's willingness to use, and the design language of this POCT is the embodiment of "affinity and professional" aesthetics:
Color system: medical-grade white is used as the base, with black display area and yellow function keys. The main color of low saturation conveys professional medical feeling. Yellow keys form visual focus, allowing non-professional users to quickly identify the core operation area. The light blue decorative strip at the top injects a soft feeling into the equipment, weakening the cold feeling of medical equipment.
Morphological language: the whole adopts elastic curve to shape round affinity, and the edge of the fuselage is rounded, which not only avoids bump damage when moving and carrying, but also makes the holding feel more comfortable. The front drop design and the small inclined plane level not only enrich the visual texture, but also strengthen the professional medical attribute of the equipment, allowing "affinity" and "specialty" to reach a balance.
Material logic: the main body is made of medical-grade ABS plastic, which is lightweight and durable. The display area is made of scratch-resistant glass to ensure visibility under outdoor strong light. The surface of the fuselage is treated with anti-fingerprint coating, which is convenient for cleaning and disinfection and meets the requirements of aseptic management in medical scenes.
3. design details: function-oriented precision landing
Every adjustment of the appearance details points to the actual pain points of the mobile detection scene:
Interaction and display details: the large-size touch screen on the front occupies the core visual area to ensure clear and readable detection results; The yellow round power button at the bottom adopts a convex design, which can be triggered accurately when wearing gloves or insufficient light. The sampling port on the side is designed with a hidden dust cover to avoid dust pollution when moving and carrying and improve the detection accuracy.
Portable and protective details: the weight of the body is controlled within 200g, which is convenient for medical personnel to carry with them; IP54 dustproof and waterproof design to cope with the complex environment of primary medical care; The design of the hanging rope hole at the top can be used with wristbands to further enhance the portability in mobile scenes.
Brand identification details: The "Lumigenex" brand logo at the top uses simple fonts, which does not interfere with the operation and strengthens the brand identification. The small inclined plane on the front makes the equipment more stable when placed and avoids detection errors caused by desktop sliding.
4. Ergonomics: Experience Optimization Adapted to Mobile Scenarios
Mobile detection scenes are often accompanied by complex operating environments such as standing and outdoor. The ergonomic design of this POCT directly determines the efficiency of use:
Holding and operation adaptation: the width and thickness of the body are measured by ergonomics, and the arc of the palm is fit when holding with one hand, and it is not easy to fatigue after long-term operation. The key position is set in the area easily accessible by the thumb, and the core operations such as startup and detection can be completed by holding with one hand, thus improving the operation efficiency in mobile scenes.
Visual interaction optimization: the tilt angle of the display screen is calculated, which can be clearly readable when standing or placed on the desktop. Large font test results and graphical data display enable non-professional users to quickly interpret the test results and reduce cognitive load.
Environmental adaptation design: the combination of anti-scratch glass and anti-fingerprint coating can meet the needs of outdoor strong light and frequent cleaning. The dustproof and waterproof design enables the equipment to operate stably in complex environments such as primary clinics and community service stations, thus improving the scene adaptation capability of the equipment.
From the shape design of the elastic curve to the interaction details of the yellow button, the design of this portable POCT always revolves around the "practical value of the mobile medical scene. It delivers professional temperature with friendly aesthetics, solves mobile pain points with detailed design, optimizes the detection experience with ergonomics, and finally realizes the symbiosis of "accurate detection" and "convenient operation", providing a practical paradigm for the design of primary medical equipment. Sogo Design: www.soogot.com