Sogo Design... Ten years of focus on medical health the only track.
Cooperative customers: well-known confidential customers
Project Name: New Bone Needle Appearance Design
Cooperation content: design analysis | appearance design | structural design | prototype production | accompanying running assistance
These are three new bone needle schemes (A-C) designed and created by Suoguo. As the core tool of orthopedic interventional surgery, its design revolves around "optimization of doctor-patient experience in orthopedic precise operation". It integrates deep adaptation to orthopedic surgery scenes in form, size and details. It is a design sample of "functional rationality" and "emotional sensibility" of orthopedic medical devices.
1. Design Analysis: Functional and Dimensional Adaptation of Orthopedic Scenarios
The core scenario of bone needles is bone positioning/fixation for minimally invasive orthopedic surgery, and the underlying logic of the design is centered on "surgical site and operational requirements:
Functional module and size adaptation: the three schemes are divided into two modules: "holding control area (handle body) and needle body area (metal rod)". the size difference accurately matches different orthopedic scenarios-scheme a (90mm total length) adapts to deep bone operation, and schemes B and c (80mm total length) adapt to shallow bone positioning; the difference in handle diameter (A is 24mm, B/C is 22mm) is suitable for the holding requirements of different hand-type medical care, covering the diversified operation scenarios of orthopedic surgery.
Scene expression of materials: the combination of "medical grade plastic handle metal needle body" is adopted, the plastic handle takes into account both light weight and holding stability, and the metal needle body ensures the structural strength of orthopedic operation; The color distinction (blue, green and powder) of the handle not only corresponds to different models, but also weakens the "cold feeling" of orthopedic instruments and adapts to the psychological care needs of patients.
2. design language: professional and soft balance of orthopedic devices
The design language of the three schemes is based on the keynote of "humanistic softness of the professional attribute of orthopedics", which conveys the dual value through form and color:
Professional adaptation of form: the handle of scheme a adopts the design of "square anti-skid buckle" to strengthen the holding stability and adapt to deep bone scenes requiring vigorous operation; Scheme B adopts "grille texture" to enhance friction when wearing gloves and adapt to fine positioning operation. Scheme C adopts "streamlined arc texture" to improve holding comfort and adapt to scenes operated for a long time. The three forms accurately match the functional requirements of different orthopedic operations.
Emotional guidance of colors: low-saturation blue, green and pink are the main colors, which not only avoids the interference of high-saturation colors on the surgical field, but also conveys the emotion of "gentleness and care", relieves the patient's resistance to orthopedic instruments, and makes cold surgical tools have humanistic temperature.
3. design details: precise support for orthopedic operations
Detail design around the "precision and safety of orthopedic surgery:
Details of the gripping area: the three handles are all provided with "anti-slip texture"-the buckle of a, the grille of B and the arc texture of c, which are respectively adapted to different gripping and exerting methods to ensure the stability of wearing gloves. The "EMT" logo on the handle is lightly printed in the same color system, which not only conveys the product attributes, but also avoids visual interference with the concentration of the surgical field.
Details of needle body connection: the connection between the handle and the metal needle body adopts "reinforced transition", which not only ensures the structural strength of the bone needle (avoiding fracture during orthopedic operation), but also makes the needle body more evenly stressed and improves the accuracy of positioning/fixation. The polishing process of the needle tip (inferred from the shape) meets the puncture requirements of orthopedic tissues and reduces damage to surrounding tissues.
4. Ergonomics: Comfortable Adaptation for Orthopaedic Operations
Ergonomic design is optimized for "holding and force in orthopedic surgery:
Holding adaptation: the thickness and length of the handle are in line with the "holding posture of orthopedic surgery"-the thick handle of a is suitable for two-handed operation, and the slightly thinner handle of B/c is suitable for one-handed fine operation; The arc surface of the handle is designed to fit the natural bending shape of fingers, reducing hand fatigue caused by long-term holding.
Operation adaptation: the key/buckle position of the handle is adapted to "fingertip trigger", and medical care can complete functional operation without greatly adjusting the holding posture, thus avoiding the influence of bone needle displacement on accuracy during operation. The differentiated design of needle length adapts to bone parts of different depths, making orthopedic operation more targeted.
Conclusion: The function of orthopedic instruments and temperature symbiosis
The appearance design of these three new bone needles is a symbiotic sample of "operation accuracy" and "doctor-patient experience" of orthopedic medical devices. It adapts to different orthopedic scenes with size and shape, conveys humanistic care with color, supports surgical safety with details, and optimizes operation experience with ergonomics.
With the increasing development of minimally invasive orthopedic technology, this design not only improves the surgical adaptability of bone needles, but also redefines the value of "orthopedic instruments"-it is no longer a cold operating tool, but a medical partner that takes into account "orthopedic precision" Demand "and" doctor-patient emotional care. This concept of "balancing specialty and temperature by design" also points out the direction for the design of orthopedic instruments: only by deeply integrating "the rationality of clinical function" and "the sensibility of doctor-patient experience" can we create medical products that really help orthopedic surgery. SOGOT DESIGN: www.soogot.com