Sogo Design... Ten years of focus on medical health the only track.
Cooperative customers: well-known confidential customers
Project Name: Physiotherapy Instrument Structure Design Product Design
Cooperation content: design analysis | appearance design | structural design | prototype production | accompanying running assistance
The industrial design of this group of physiotherapy instruments (models A, B and C) is based on "clinical needs as the core and scene adaptation as the guidance". Through systematic design language, modular structural logic and humanized detail polishing, a product form with both professional medical attributes and humanistic care is constructed. They not only continue the family design gene, but also make precise optimization for different physical therapy scenarios, becoming a typical example of "functional and aesthetic balance" of medical equipment.
1. design positioning: multi-scene adaptation of professional physical therapy carrier
As a hospital rehabilitation department, pain department and home care equipment, the core positioning of this group of physiotherapy instrument is "professional medical performance full scene adaptation ability". The design starts from the "differentiated needs of different diagnosis and treatment environments": model a focuses on the heat dissipation stability of high-frequency treatment, model B emphasizes the flexibility of multi-department circulation, model c focuses on the affinity of family scenes, and the three devices not only strengthen brand identification through family language, but also meet the subdivision needs with differentiated structure, thus realizing the deep unity of "professional medical attributes" and "scene adaptation ability.
2. design language: restraint aesthetics transfer professional temperature
The design language of medical equipment needs to find a balance between "professional sense" and "affinity". The design language of this group of physiotherapy instruments is the embodiment of restraint aesthetics:
Color system: medical grade white is used as the base, and neutral colors such as light gray and silver gray are used as the main colors, which is in line with the "calm and reassuring" atmosphere of the medical scene. The blue operation panel of model A, the light blue indicator light of model B and the ring breathing light of model C are not only used as functional hints to strengthen the identification, but also embellish the cold feeling of the equipment with low saturation.
Morphological language: Model A adopts angular geometric form to convey professional rigor; Model B weakens the industrial sense with smooth curved surface and meets the visual needs of multi-department circulation. Model C's round shape is more affinity and suitable for family scenes. All three devices pass the design logic of "function first, experience second" through simple lines and pure form.
Material logic: the main body is made of medical-grade ABS plastic, which is wear-resistant and easy to clean. The treatment head frame is made of aluminum alloy, taking into account light weight and structural strength. The casters are made of silent rubber to reduce noise interference during movement. The combination of different materials enables the equipment to achieve a balance between durability and experience.
3. Structural Design: A Function-Oriented Modular Practice
The core of structural design is "functional landing". The structural details of this group of physiotherapy instruments embody the design thinking of "taking the scene as the core" everywhere:
Cantilever adjustment structure: all three devices are equipped with multi-joint cantilevers, which support 360 rotation and multi-angle positioning, can be accurately aligned with different treatment parts such as shoulder, neck, waist and back, and can complete multi-area physical therapy without frequent body movement of patients. The cantilever has a built-in damper, which is smooth and stable during adjustment to avoid positioning deviation caused by excessive force.
Heat dissipation system design: large-area grille ventilation holes on the side of Type A fuselage are matched with internal air duct design to meet the heat dissipation requirements during high-frequency treatment. The hidden heat dissipation hole of Type B takes into account both aesthetics and heat dissipation efficiency. The design of model C annular ventilation hole not only ensures heat dissipation, but also strengthens the scientific and technological sense of the equipment.
Mobile and fixed structure: all three types of equipment are equipped with silent casters with brakes, so that medical personnel can easily push the equipment to realize department transfer, and the stability during treatment can be ensured after the brakes are locked. Type A large-diameter casters are suitable for complex floors in hospitals, while Type C small-diameter casters are more suitable for narrow spaces in families.
4. Ergonomics: Doctor-patient Dual-dimensional Experience Optimization
The ergonomic design of this physiotherapy instrument takes into account the operating efficiency of medical staff and the treatment experience of patients:
Medical operation adaptation: the operation panel is set in the golden operation area on the front of the fuselage, and the medical staff can complete the parameter setting without bending down when standing; The adjustment strength of the cantilever is calculated by ergonomics, and the treatment head can be easily positioned by holding it with one hand, thus reducing the operation load of the medical staff.
Optimization of patient experience: the height and angle adjustment range of the treatment head conform to the human spine curve, and patients can receive treatment in various postures such as sitting, lying, half lying, etc. The round body and ring breathing lamp design of model C reduce the psychological oppression of patients and improve the acceptance of family scenes.
Safety interaction design: the anti-pinch structure at the end of the cantilever, the pedal brake of the caster, and the low noise design of the equipment during operation further reduce the operational risk and psychological interference of both doctors and patients.
From the damping design of the multi-joint cantilever to the morphological differences of the heat dissipation holes, the industrial design and structural design of this group of physiotherapy instruments have always focused on "clinical value. It transfers professional temperature with restrained aesthetics, meets the needs of the scene with modular structure, optimizes the doctor-patient experience with humanized design, and finally realizes the symbiosis of "medical professional attribute" and "humanistic care", which provides a practical paradigm for the design of rehabilitation physiotherapy equipment. Sogo Design: www.soogot.com