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 B)
Cooperation content: design analysis | appearance design | structural design | prototype production | accompanying running assistance
1. Design Analysis: Visual Expression of Profession and Technology
The exterior design of the ladder medical high-throughput neural signal acquisition device (Scenario B) precisely anchors the core requirements of the medical research scenario-delivering an efficient and reliable scientific and technological texture while ensuring professional rigor. As a high-throughput neural signal acquisition tool, the equipment needs to meet the requirements of precise operation and long-term stable operation in the laboratory environment at the same time. Therefore, the design team chose a modular hierarchical structure in the visual language to clearly distinguish the signal acquisition module from the host base, which not only strengthens the cognition of functional partitions, but also reserves space for subsequent maintenance and upgrade.
In terms of color system, Scheme B provides two main color choices of silver gray and white: silver gray is more inclined to the sense of industrial science and technology and is suitable for the hale and hearty atmosphere of scientific research laboratories; The white model is closer to the cleanliness of the medical scene and is suitable for the clinical environment of the hospital. Both colors use green lines as visual embellishment, which not only avoids monotony, but also conveys the dual image of life science and data accuracy, realizing the visual balance between function and emotion.
2. Design Language: Integration of Order and Future
The core design language of Scheme B revolves around the sense of order, technology and professionalism, and constructs clear visual logic through geometric forms and linear elements.
Modular order: the upper acquisition panel is neatly arranged by four equal-sized hollow modules, while the lower host base forms a horizontal rhythm with equidistant distributed interfaces and indicator lights. The alignment relationship between the upper and lower modules strengthens the overall sense of order and makes the complex equipment functions clear at a glance.
Linear narrative: The turquoise waist line running through the fuselage and the cyan logo at the corner form a visual guide line, which not only divides the functional areas, but also gives the equipment a dynamic sense of science and technology, avoiding the common dull feeling of medical equipment.
Geometric purity: the overall use of rounded rectangular and inclined combination, weakening the cold sense of industrial equipment, while maintaining the stability of the structure, in line with the medical products "professional and affinity" design ethics.
3. design details: a delicate balance of function and aesthetics
In detail processing, Scheme B fully reflects the rigor and practicality of medical equipment:
Heat dissipation and acoustic optimization: The acquisition panel adopts a high-density hollow design, which not only ensures efficient heat dissipation, but also weakens the noise of the equipment during operation through an array of uniform apertures, providing a low-interference environment for neural signal acquisition.
Interface and interaction design: the Type-C interface on the front of the host corresponds to the status indicator one by one, the equidistant layout is convenient for fast identification of the channel status, the weak light design of the indicator avoids light pollution to the experimental environment, and the details show the adaptability of the scientific research scene.
Material and texture: The body adopts a combination of metal and matte plastic. The metal base ensures the stability and heat dissipation efficiency of the equipment. The matte panel reduces reflection and fingerprint residue, which not only improves the tactile experience, but also facilitates laboratory cleaning and maintenance.
Brand recognition: the "STAIRMED" logo in the corner of the fuselage adopts the minimalist line design, which is highly unified with the overall geometric language, and completes the brand transmission without destroying the visual order.
4. Ergonomics: A Comfortable Experience Adapted to Scientific Research Scenarios
From the perspective of human-computer interaction, the design of scheme B fully considers the operating habits of scientific researchers:
Viewing angle optimization: the acquisition panel and the base of the main machine form an inclination angle of 60 °, which not only ensures that the operator can clearly observe the state of the panel in a sitting posture, but also avoids fatigue caused by excessive head-up or head-down, and conforms to the ergonomic viewing angle range.
Operation accessibility: The interface and indicator lights are centrally arranged on the front of the host, and the operator can complete the plug-in and status monitoring without moving the device, reducing the operation interference during the experiment.
Stability and space utilization: the low and wide base design reduces the center of gravity of the equipment and avoids shaking during experimental operation. The layered structure maximizes the function in the limited desktop space and adapts to the compact layout requirements of the laboratory.
Environmental adaptation: Whether it is silver gray or white, it can be integrated with the neutral tone environment of the laboratory. At the same time, the matte material effectively reduces the reflection of ambient light and avoids the interference of precision experimental instruments.
5. Summary: The Value Practice of Medical Device Design
The appearance design of the ladder medical high-throughput neural signal acquisition device (scheme B) is essentially a medical product practice of "functional priority and aesthetic empowerment. It neither excessively pursues visual gimmicks nor falls into the cold of functionalism. Instead, it transforms the "professional, efficient and reliable" product kernel into a perceptible visual experience through clear design language, rigorous detail processing and humanized ergonomics. This design idea not only meets the actual needs of neuroscience research, but also provides a paradigm for the appearance design of medical research equipment-to find a balance between technology and humanities, so that professional equipment is both easy to use and durable. SOGOT DESIGN: www.soogot.com