Case Sharing... Design dry goods.. Medical ultrasound trolley design.
Sogo Design... Ten years of focus on medical health the only track.
Customer: Haskell
Project Name: Non-invasive liver fibrosis high-end color ultrasound design
Cooperation content: design analysis | appearance design | structural design | prototype production | accompanying running assistance
Design Analysis
The non-invasive liver fibrosis high-end color ultrasound equipment is designed to meet the medical environment for liver fibrosis detection of efficient, accurate and portable needs. Its overall design emphasizes functional integration and ease of operation, and realizes functions such as multi-screen display, parameter adjustment and data acquisition through modular layout, while taking into account the mobility and stability of the equipment to adapt to the use of different departments or wards.
Design Language
The equipment adopts streamlined modern design, with white as the main color, with gray and blue decoration, conveying the pure atmosphere of professional, scientific and technological sense and medical environment. The surface treatment is smooth and the corners are rounded to avoid sharpness and enhance visual affinity. The overall shape is simple and generous, avoiding redundant decoration, highlighting the rigor and efficiency of medical equipment.
Design Details
Dual-screen display system: The main screen is used for real-time ultrasound image display, and the sub-screen provides parameter settings and data feedback, supports multi-angle adjustment, and meets the needs of different viewing angles.
Control panel: integrated multi-function buttons and knobs, layout in line with the operation logic, tilt angle optimization, easy for the operator to see and operate.
Mobility design: The bottom is equipped with universal wheels with brake function to ensure the stability of the equipment in the mobile and fixed state. The wheel design considers the shock absorption requirements and adapts to the hospital ground environment.
Probe design: The holding part of the probe is ergonomic, and the surface is non-slip, reducing the fatigue of long-term operation. The probe cable is soft and durable, avoiding entanglement.
Material selection: the shell is made of high-strength engineering plastics, taking into account the light weight and durability. Key components such as screens and probes use high light transmittance and scratch resistant materials to ensure stable performance in long-term use.
Ergonomics
Operation interface: The tilt angle of the control panel is moderate, and the button layout conforms to the right-hand priority operation habit, which reduces the operator's bending or stretching actions and reduces fatigue.
Screen viewing angle: double screen adjustable angle design, adapt to different height and operation posture, avoid reflection and visual fatigue.
Convenience of movement: The universal wheel design makes the device easy to move by a single person, and the brake system is easy to operate to ensure the stability of the device during use.
Probe grip: The probe handle design conforms to the physiological curve of the hand, is comfortable to hold, and is not easy to fatigue after long-term operation. Probes cable length, avoid dragging or entanglement.
Summary
Through simple and modern design language, detailed processing of functional integration and humanized ergonomic design, the device realizes the balance between professionalism, portability and operation comfort of medical equipment, meets the efficient needs of non-invasive liver fibrosis detection, and improves the use experience of medical staff.