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Cooperative customers: well-known confidential customers
Project Name: APT Ablation Forceps Appearance Design
Cooperation content: design analysis | appearance design | structural design | prototype production | accompanying running assistance
Among the core instruments of cardiac interventional surgery, the appearance design of APT ablation forceps is not only the carrier of function, but also the deep integration of professional medical attributes and humanized experience. The three differentiated models (A, B, C) continue the family design language, while making precise optimization for different surgical scenarios, becoming a typical example of interventional medical device design.
1. Design Orientation: Unification of Professional Medical Attribute and Scene Adaptation
The core positioning of APT ablation forceps is "professional interventional instruments for the efficiency and safety of the service operation". The design starts from the clinical pain point of cardiac interventional surgery, which not only meets the functional requirements of high-precision operation, but also relieves the fatigue of medical staff holding for a long time. The three models strengthen brand recognition through family design, and at the same time adapt to different surgical scenarios with differentiated appearance: Model A focuses on the precise operation of complex anatomical structures, Model B emphasizes the stability of high-frequency use, and Model C focuses on the flexible control of fine parts, realizing the dual goals of "professional performance" and "scene adaptation.
2. design language: restraint aesthetics transfer professional temperature
The design language of medical interventional devices needs to find a balance between "professional rigor" and "humanistic care". The design language of APT ablation forceps is the embodiment of restraint aesthetics:
Color system: medical grade white as the base, with orange, black, blue and other functional embellishment color. The main color of low saturation is in line with the "calm and focused" atmosphere of the operating room, while the embellishment color of different models allows medical staff to quickly identify the type of equipment and improve the efficiency of surgical preparation.
Morphological language: the whole adopts smooth curved surface modeling, without sharp edges and corners, which not only avoids scratching gloves or tissues during operation, but also reduces clean dead corners. The brand logo "APT Medical" is embedded in a prominent position of the fuselage in a simple font, which does not interfere with the operation and strengthens the brand identification.
Material logic: the main body is made of medical-grade ABS plastic, which is both lightweight and durable. The contact area of the handle is made of TPE soft rubber with anti-slip texture, which not only improves the holding stability, but also enhances the comfort when wearing gloves.
3. design details: function-oriented precision landing
Every adjustment of the appearance details points to the actual pain points of the clinical operation:
Interface and logo design: the interfaces of the three models are distinguished by different colors, so that medical staff can quickly match corresponding consumables without looking at the text, thus shortening the operation preparation time; The green indicator light embedded in the B- type fuselage can feed back the working status of the equipment in real time and improve the operation safety.
Anti-skid and cleaning details: The strip anti-skid lines of Type A handle and the hollow anti-skid design of Type C are all optimized for the scene of "operation with sterile gloves", which not only increases friction but also avoids glove slippage. The fuselage adopts integrated injection molding process, and the gap is controlled within the medical grade standard, which is convenient for postoperative high temperature disinfection.
Lightweight design: The hollow structure of the C- type handle reduces the weight of the instrument without affecting the structural strength, and can relieve the arm fatigue of medical staff during long-term grip. This detail is the embodiment of "design serves the operating experience.
4. Ergonomics: Experience Optimization Adapted to Clinical Operations
Cardiac interventional surgery often requires medical staff to maintain a fixed posture and precisely control the equipment. The ergonomic design of APT ablation forceps directly determines the operation efficiency:
Handle shape adaptation: the curved handle of type A fits the arc of the palm, and the force is more uniform when holding it, thus dispersing the fatigue of long-term operation. The ring handle of type B is suitable for different hand types, and can find a comfortable holding angle for both large and small hands. The "finger grip" handle of model c enables fingers to exert more accurate power and meets the requirement of "micro-strength control" in ablation operation.
Operation power logic: the stroke and resistance of the trigger have been optimized through clinical tests, which will neither cause misoperation due to too small resistance nor increase finger load due to too large resistance, thus realizing the balance between "precise control" and "labor-saving operation.
From appearance to experience, the design of APT ablation forceps has always been centered on "clinical value. It conveys professionalism with restrained aesthetics, solves operational pain points with detailed design, and relieves the workload of medical staff with ergonomics. This design logic of "function as the core and aesthetics as the wing" not only improves the clinical applicability of the instrument, but also redefines the "humanized design" of interventional instruments-making professional instruments both efficient and safe, but also allowing operators Feel the temperature of the design. SOGOT DESIGN: www.soogot.com