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Sogo Design... Ten years of focus on medical health the only track.
Cooperative customers: well-known confidential customers
Project Name: Handheld laser equipment design
Cooperation content: design analysis | appearance design | structural design | prototype production | accompanying running assistance
As a professional device for clinical treatment, the four design schemes (A, B, C, D) of this group of handheld laser devices take "precise treatment and comfortable operation" as the core. Through systematic design language, refined detail processing and humanized ergonomic optimization, a product form with both professional medical attributes and practical experience has been constructed, which has become a typical example of medical laser equipment design.
1. design positioning: precision treatment carrier for multi-scene adaptation
The core positioning of this group of handheld laser devices is "professional tools for the efficiency and safety of clinical treatment". The design starts from the operation pain points of different departments: scheme a focuses on the fine treatment requirements of dermatology department, scheme B adapts to the high-frequency operation scene of surgery, scheme c focuses on the long-term physiotherapy requirements of rehabilitation department, and scheme d focuses on the precise positioning requirements of ophthalmology department. The four schemes not only strengthen brand recognition through family design, but also meet the subdivision scene in differentiated form, realizing the dual goals of "professional performance" and "scene adaptation.
2. Design Language: Restraint Aesthetics Delivers Medical Professionalism
In the clinical treatment scene, the visual language of the instrument needs to take into account "professional rigor" and "practical durability". The design language of this group of handheld laser equipment is the embodiment of restraint aesthetics:
Color system: medical-grade white is used as the base, with neutral colors such as black and gray as the functional distinction, yellow warning signs and red emergency stop buttons form a visual focus, which not only conforms to the professional specifications of medical equipment, but also enables medical staff to quickly identify key operating areas.
Morphological language: the whole adopts smooth curved surface modeling, the transition between the handle and the body is natural and round, without sharp edges and corners, which not only avoids scratching gloves or tissues during operation, but also weakens the "cold feeling" of the equipment ". The angular display area of scheme B and the integrated body design of scheme C are all transmitting the design logic of "function first.
Material logic: the main body is made of medical-grade ABS plastic, which is lightweight and durable. The handle of Scheme B is made of TPE soft rubber with anti-slip texture to improve the stability of wearing gloves. The surface of the equipment is coated with anti-fingerprint coating, which is convenient for cleaning and disinfection and meets the requirements of aseptic management in medical scenes.
3. design details: function-oriented precision landing
Every adjustment of the appearance details points to the actual pain points of the clinical operation:
Warning and operation details: all four schemes are equipped with yellow laser warning signs and red emergency stop buttons, which conform to the safety specifications of medical equipment. The display screen area of Scheme B is designed to be inclined, which is convenient for medical personnel to observe treatment parameters in real time during operation. The design of ventilation holes on the side grille of scheme a ensures the heat dissipation efficiency of the equipment for long-term operation.
Anti-skid and holding details: The handle of Scheme B adopts ergonomic curved surface design with anti-skid texture, which can remain stable even if it is held for a long time. The handle of Scheme D is equipped with a finger grip groove to meet the precise power demand of ophthalmic treatment. The handle diameter of all schemes has been calculated by ergonomics and is suitable for medical personnel of different hand types.
Cleaning and maintenance details: the integrated injection molded body has no obvious gap, which is convenient for high-temperature disinfection after operation; The detachable treatment head design of Scheme C is convenient for replacing different treatment probes and improving the reuse efficiency of equipment. The grooved pipeline storage design of Scheme A avoids winding or pulling of pipelines during operation.
4. Ergonomics: Experience Optimization for Adapting Clinical Operations
Clinical treatment often requires medical staff to maintain a fixed posture for a long time. The ergonomic design of this group of handheld laser devices directly determines the operation efficiency:
Handle shape adaptation: the curved handle of scheme B fits the natural holding posture of the palm, dispersing the hand fatigue caused by long-term operation; The finger grip handle of Scheme D enables the fingers to exert more accurate power and meets the micro-strength control requirements of ophthalmic treatment. The vertical handle design of Scheme C is suitable for the standing physiotherapy scene of the rehabilitation department.
Visual interaction optimization: the inclined display screen and operation keys of scheme B are arranged in the golden visual area of medical staff, and the equipment state and adjustment parameters can be observed without lowering their heads. The indicator light design of scheme a enables medical staff to quickly identify the operating state of the equipment and improve the safety of the operation.
Safety interaction design: the red emergency stop button adopts convex design, which can be triggered accurately when wearing gloves. The high recognition of yellow warning signs reduces the risk of misoperation. The combination of anti-skid texture and ergonomic handle further improves the operation stability.
From the layout of the warning signs to the non-slip texture of the handle, the design of this group of handheld laser devices has always been centered on "clinical value. It conveys professionalism with restrained aesthetics, solves operational pain points with detailed design, alleviates the workload of medical staff with ergonomics, and finally realizes the symbiosis of "precision treatment" and "comfortable operation", which provides a practical paradigm for the design of medical laser equipment. Sogo Design: www.soogot.com