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Cooperative customers: well-known confidential customers
Project Name: Appearance Design of Ladder Medical High-Flux Neural Signal Acquisition Equipment (Scheme D)
Cooperation content: design analysis | appearance design | structural design | prototype production | accompanying running assistance
1. Design Analysis: Accurate Adaptation of Function to Scene
Ladder medical high-throughput neural signal acquisition equipment is a professional instrument for life science research and clinical neural function monitoring, the core requirement is to stably collect multi-channel neural signals, while meeting the efficient operation and visual recognition of the laboratory environment. Scheme D anchors the positioning of "professional medical equipment" at the beginning of the design, abandons redundant decoration, and constructs morphological logic with function as the core, which is not only different from the entertainment tendency of consumer electronics, but also avoids the bulkiness of industrial equipment, and finds a balance between professional rigor and modern aesthetics.
From the application scenario, the device needs to be placed in the experimental bench or clinical monitoring area for a long time, which is not only convenient for researchers to quickly identify the channel status and plug and unplug signal cables, but also meets the requirements of cleaning and disinfection in the medical environment. Scheme D allows the equipment to remain efficient and easy to use in high-frequency operation scenarios through a split structure, tilted viewing angle and clear status prompts, while reserving space for subsequent maintenance and module upgrades, reflecting the design considerations for the full life cycle of the product.
2. Design Language: Integration of Science and Technology Sense and Medical Attribute
The design language of Scheme D revolves around **" sense of radio wave order "**, conveying the professional attributes of neural signal acquisition with a simple geometric form and modular layout. The overall use of white gray-based medical-grade color, with light cyan indicator light, not only in line with the medical equipment clean, safe visual awareness, but also through color embellishment to strengthen the sense of science and technology, to avoid monotony.
The four groups of perforated panels of the upper acquisition module are the core visual symbols, which extract the image of "electric wave diffusion". Dense round holes not only meet the heat dissipation requirements, but also simulate the transmission and acquisition process of neural signals with regular array sense, making the function and form highly unified. The split structure breaks the integration and heaviness of traditional medical equipment. Through the hierarchical comparison of upper and lower modules, it creates a light and precise visual impression. At the same time, it implies the partition logic of internal functions, allowing users to intuitively perceive the workflow of "signal acquisition-data processing.
3. design details: professional and practical landing
Details are the key to reflect the reliability of medical equipment. Plan D has fully considered at the micro level:
Module and structure: split design is adopted. The upper acquisition module is connected with the base through the chute, which can slide back and forth and is fixed by the front locking mechanism. It is not only convenient for internal component maintenance and module replacement, but also can adjust the viewing angle according to the operation requirements to improve the scene adaptability.
Interaction and prompt: the channel indicator light and USB interface are arranged centrally on the front of the base, and the light cyan light is clear and eye-catching in the white body, which is convenient for scientific researchers to quickly identify the working state of the channel; The lock switch and channel identification (B/C/D) on the front further reduce the operation error and improve the interaction efficiency.
Material and technology: the body is made of matte white medical grade plastic, which is wear-resistant, easy to clean and disinfect, and meets the sanitary requirements of the medical environment. The perforated panel and the heat dissipation hole adopt precision stamping process, and the edges are round and free of burrs, which not only ensures ventilation and heat dissipation, but also avoids scratching the operators. The details show the safety standards of medical equipment.
Visual symbols: the "STAIRMED" brand logo and simple graphic Logo on the front of the fuselage strengthen the brand recognition, and at the same time keep consistent with the overall design language, conveying a professional and reliable brand image.
4. Ergonomics: User-Centered Operational Optimization
Ergonomics is the core of medical equipment design. Scheme D is optimized from three dimensions: vision, operation and usage scenario:
Visual comfort: the upper acquisition module and the base form a 65 ° inclination angle, which conforms to the natural line of sight range of the human body when standing or sitting, avoiding visual fatigue caused by lowering or looking up, and at the same time keeping the indicator light and the interface area at the best visual angle, which is convenient for fast reading.
Convenient operation: the channel interface and indicator light are concentrated on the front of the base, and the operator can complete plugging and unplugging and status inspection without bending down or moving the device. The sliding and locking design of the split structure makes the operation logic simple and intuitive, reduces the learning cost, and is suitable for high-frequency and multi-personnel laboratory scenes.
Safety in use: the edges of the fuselage are rounded to avoid collision caused by sharp corners. The aperture design of the heat dissipation hole and the perforated panel takes into account ventilation and dustproof, reducing the impact of dust accumulation on the performance of the equipment. The selection of medical grade materials ensures health safety and chemical stability in long-term use.
5. Summary: A Model for Professional Medical Device Design
The appearance design of ladder medical high-throughput neural signal acquisition equipment (scheme D) is a typical practice of function priority, user orientation and aesthetic adaptation. It not only transmits professional attributes through the design language of "sense of order of radio waves", but also fully considers the special needs of medical scenes at the level of details and ergonomics, achieving the triple goals of "easy to use, good-looking and reliable. This design idea not only provides a high-quality appearance solution for neural signal acquisition equipment, but also provides a paradigm for the design of other professional medical equipment to find a balance between the sense of science and technology and medical attributes, so that professional equipment is not only efficient and practical, but also can convey the awe and care for life science. Sogo Design: www.soogot.com