Sogo Design... Ten years of focus on medical health the only track.
Cooperative customers: well-known confidential customers
Project Name: Appearance Design of Ladder Medical High-Flux Neural Signal Acquisition Equipment (Scheme C)
Cooperation content: design analysis | appearance design | structural design | prototype production | accompanying running assistance
1. Design Orientation and Core Objectives
Ladder medical high-throughput neural signal acquisition equipment (scheme C) is a professional medical equipment for clinical and scientific research scenarios, the core goal of its appearance design is to meet the needs of high-precision signal acquisition function at the same time, to build a professional, reliable, affinity medical product image. Scheme C abandons the heavy feeling and cold feeling of traditional medical equipment, and balances professional rigor and friendly use with modern industrial design language, which not only conforms to the environmental tonality of laboratory and ward, but also reduces the psychological pressure of medical staff and subjects.
2. Design Language: Minimalist Technology and Medical Affinity
Scheme C adopts the color system of * * "black and white gray mint green" * *, which lays a professional and gentle visual tone. The main body is mainly matte black and ivory white, forming clear functional partitions: the black base carries the operation and interface areas, highlighting the sense of technology and stability; The white bracket and heat dissipation panel convey clean and safe medical attributes. The dotted mint green lines (such as status indicator lights and brand logo decorative strips) not only break the monotony of black and white, but also echo the health image of the medical industry, avoiding the alienation of pure technology products.
Morphologically, the equipment replaces sharp edges and corners with smooth curves and chamfers, the base adopts arc-shaped edge closing, and the bracket and the acquisition panel form an inclination angle of 60 degrees, presenting a "lifting" shape as a whole, which not only strengthens the stability of the visual center of gravity, but also transmits the "care" image for precision signal acquisition, which meets the precision requirements of nerve signal acquisition. This form of language is not only different from the publicity of consumer electronics, but also gets rid of the stereotype of traditional medical equipment, forming a unique "professional affinity" design style.
3. Design Details: Deep Fusion of Function and Aesthetics
Heat dissipation and structural integration: The four perforated panels in the acquisition area are both efficient heat dissipation modules and visually ordered units. The uniform round hole array not only ensures the heat dissipation requirements of the equipment for long-term operation, but also forms a simple scientific and technological texture by repeating the rhythm, avoiding the clutter of pure functional heat dissipation holes. The splicing of the panel and the base adopts a thin and narrow frame, which strengthens the overall sense and avoids the cheap feeling brought by the splicing gap.
Interaction and state visualization: the strip-shaped atmosphere light on the front of the base and 8 groups of state indicator lights form clear hierarchical feedback: the atmosphere light provides global operation state prompts, while the independent indicator lights correspond to 8 signal acquisition channels, and medical personnel can quickly identify the working state of each channel. The indicator light adopts soft cold blue light, which not only ensures the recognition degree, but also does not cause light pollution in the ward environment, which meets the quiet demand of the medical scene.
Brand and detail texture: the "STAIRMED" brand logo in the lower left corner of the front of the equipment adopts etching process and light gray font, which is low-key and has a sense of quality. The mint green decorative strip on the side is not only color embellishment, but also implies the operation direction and interface area of the equipment, forming a hidden use guide. Interface and keys are concave design, avoid accidental touch, while maintaining the integrity of the appearance.
4. Ergonomics: Adapting to Clinical and Scientific Use Scenarios
Scheme C fully considers the operating habits of medical staff and the experience of subjects in terms of ergonomics:
60 ° inclination angle design: the acquisition panel forms a 60 ° angle with the horizontal plane, which not only conforms to the visual habits of medical staff when standing, avoids the fatigue of bending down, but also allows the subjects to clearly see the equipment state and relieve tension.
Low-position layout of the operation area: the status indicator light and interface are all arranged under the front of the base, so there is no need to raise your hand greatly during operation, which conforms to the comfortable operation range of ergonomics. At the same time, the low-position design also avoids direct light from the eyes of the subject, thus improving the comfort of use.
Stable center of gravity and portability balance: the equipment base adopts wide arc design, which ensures the stability of placement and avoids the risk of dumping. At the same time, the overall shape is compact and the weight distribution is uniform, which is convenient to move between the laboratory and the ward and adapts to the use requirements of multiple scenes.
Environmental adaptability: matte material avoids reflection, suitable for laboratory light environment and ward light environment; color and form is simple and neutral, will not interfere with the overall atmosphere of the medical environment, while easy to clean and disinfect, in line with the health requirements of medical equipment.
5. design value summary
The appearance design of the ladder medical high-throughput neural signal acquisition equipment (scheme C) realizes the high unity of function, aesthetics and ergonomics. It not only conveys the precision and reliability of the equipment with professional scientific and technological language, but also weakens the oppression of medical equipment through mild colors and shapes, providing efficient and comfortable operation experience for medical staff, and creating a comfortable use environment for subjects. This design not only enhances the market competitiveness of the product, but also reflects the core value of "user-centered" in medical design, and provides a reference paradigm for the appearance design of high-end medical equipment.
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