Soguo Design | Ten years of dedicated focus on the healthcare and wellness sector—our sole area of expertise.
Partner Client: Well-Known Confidential Client
Project Name: Appearance Design of Ladder Medical High-Flux Neural Signal Acquisition Equipment (Scheme E)
Collaboration Scope: Design Analysis | Industrial Design | Structural Design | Prototype Fabrication | Ongoing Support and Guidance
1. Design Orientation and Core Objectives
Scheme E is a medical-grade industrial design for high-throughput neural signal acquisition equipment. The core goal is to create a product image with a sense of science and technology, cleanliness and ease of use while meeting the professional needs of laboratory/clinical scenarios. It is different from the heavy feeling of traditional medical equipment and is closer to the aesthetics of modern precision scientific research instruments.
2. Design Language and Style Features
1. Overall style
Minimal clean air: the main color of large area is pure white/light gray, with black details embellishment, which conforms to the visual cognition of "clean, professional and sterile" of medical products, weakens the industrial sense and transmits the precise and reliable temperament.
Modular sense of order: the top 4 and other large hollow modules are arranged linearly, forming a clear visual partition with the lower interface area and functional area, reflecting the product characteristics of "high throughput and multi-channel.
Soft rounded corners language: the edges of the fuselage and the corners of the module all adopt large rounded corners to avoid sharp edges and corners, which not only improves visual affinity, but also conforms to the safety specifications of medical equipment.
2. Color and Material
Main color: matte white/light gray, dirt-resistant and easy to clean, suitable for laboratory clean environment, visually lighter.
Auxiliary color: black is used for heat dissipation area, interface frame and power knob to form visual contrast and strengthen the identification of functional area.
Material hint: The surface is matte plastic/metal texture, and the top module is a hollow mesh design, which not only ensures heat dissipation, but also increases the level through texture changes.
3. Design Detail Disassembly
1. Form and structure
Flat body: different from the inclined design of scheme A- D, scheme e adopts a horizontal flat shape, with a lower center of gravity and more stable placement. at the same time, it reduces the visual height and adapts to the compact space of the test bench.
Detachable top module (shown in partial view): The top acquisition module can be lifted from the base for easy maintenance, cleaning or expansion, reflecting the flexibility of the modular design.
Heat dissipation design: the bottom of the right side of the fuselage adopts a strip grille heat dissipation port, which is hidden and efficient, avoiding direct blowing operators and not destroying the overall simplicity.
2. Functional area details
Interface area: 8 channel interfaces on the front are arranged linearly, and each interface is equipped with a status indicator to directly display the working status of the channel, which is convenient for quick investigation.
Power control: the right independent circular power knob, with ring indicator light, clear operation, to avoid accidental touch, in line with the design principle of "key function independence" of medical equipment.
Brand logo: the low-key "STAIRMED" brand logo on the left, the location is eye-catching but not abrupt, strengthening brand identification.
Back interface (visible from the side rear viewing angle): Integrated data transmission, power supply and other interfaces, centralized layout, easy to arrange cables, and keep the front simple.
4. ergonomics and use experience
1. Convenience of operation
Horizontal layout: The interface and control area are located on the front, and the operator can easily operate in a sitting posture without bending over or raising his head, reducing long-term fatigue.
Clear visual feedback: indicator light, knob state intuitive, reduce learning costs, suitable for researchers to get started quickly.
Modular maintenance: The top module can be separated, which is easy to clean and replace the acquisition unit, reducing the difficulty of equipment maintenance.
2. Space and environment adaptation
Low center of gravity design: placed in the test bench is more stable, to avoid collision dumping, to ensure the safety of precision instruments.
Compact size: Flat form saves desktop space and is suitable for multi-device parallel laboratory scenes.
Clean and friendly: matte surface is not easy to leave fingerprints, rounded design without clean dead corners, in line with the health requirements of the medical/scientific research environment.
5. Design Advantages and Differentiation
Table
Compare the advantages of dimension scheme E with the differences of other schemes
The visual style is very simple and clean, closer to the aesthetic of modern scientific research instruments, which is different from the A- D inclined "sense of equipment" and lighter.
Stability Horizontal flat, lower center of gravity, more secure placement than tilt scheme center of gravity stability
Maintainability Separable top module, easier to clean/expand, lower maintenance cost than integrated solution
The environment adapts to the clean sense, and adapts to the medical/laboratory sterile environment. It is more resistant to dirt and easier to clean than the dark solution.
6. Summary
Scheme E perfectly balances the professionalism of medical equipment with the ease of use of modern scientific research instruments through a minimalist and clean design language, modular structural details and people-oriented ergonomics. It not only meets the functional requirements of high-throughput neural signal acquisition, but also forms differentiated advantages in vision and experience. It is a medical equipment design with both scientific and technological sense and practicability. Sogo Design: www.soogot.com