Sogo Design... Ten years of focus on medical health the only track.
Cooperative customers: well-known confidential customers
Project Name: New breast positioning needle appearance color design
Cooperation content: design analysis | appearance design | structural design | prototype production | accompanying running assistance
This is the appearance color matching scheme (A and B) of the new breast positioning needle designed and created by Suoguo. As the core positioning tool for minimally invasive breast surgery, its design revolves around "psychological care for patients with surgical field recognition efficiency". It integrates dual considerations of surgical scene and doctor-patient experience in color matching and morphological details. It is a design sample of the integration of "functional rationality" and "emotional sensibility" of interventional medical devices.
1. Design Analysis: Color Matching Function Prioritization for Surgical Scenarios
The core scene of breast positioning needle is the localization of breast lesions before minimally invasive surgery, and the underlying logic of color matching design is based on "surgical field identification and psychological comfort" as the core:
Functional adaptation of surgical field requirements: positioning needles need to quickly distinguish models (adapt to different lesion sizes) during surgery, so the color matching scheme adopts "high recognition degree and low saturation color system"-class a is mainly "blue, green and pink", and class B adds "orange" color, which not only avoids visual interference of high saturation color on surgical field, but also enables doctors and nurses to quickly identify needle types through color and improve surgical efficiency.
Emotional adaptation to patients' psychology: breast surgery patients are often accompanied by anxiety. Low-saturation soft colors (such as light powder and light blue) weaken the "cold feeling" of medical devices, convey the emotional attributes of "gentleness and care", alleviate patients' resistance to surgical tools, and adapt to the humanistic care needs of breast diagnosis and treatment.
2. Design Language: Soft Functional Aesthetics of Medical Devices
The design language of this positioning needle is based on "soft and functional", and the dual attributes are transmitted through the combination of color matching and form:
double expression of color:
Functional dimension: different colors correspond to different models, forming a visual association of "color-model", allowing doctors and nurses to realize "color blindness" in the surgical field and avoid model confusion;
Emotional dimension: soft colors such as light powder and light green dispel the "invasion" of interventional instruments, making it easier for patients to establish psychological security when they are exposed to tools before operation.
Functional adaptation of form: the main body adopts "slim and streamlined", which not only meets the needs of fine operation of minimally invasive breast, but also strengthens the perception of "minimally invasive and low damage" through light form. The integrated design of keys and needles avoids redundant structure interfering with surgical field operation.
3. design details: hidden support for surgical field operations
The detailed design of color matching and form revolves around "surgical accuracy and safety of use:
Functional anchor points for color matching details: in class a scheme, the yellow key is compared with the color of the needle body, while in class B scheme, the pink key is matched with the color of the needle body. both designs strengthen the visual identification of the "key operation area", allowing medical care to quickly locate the operation parts in the surgical field and realize accurate triggering. The "EMT" logo on the needle body adopts the same color system light printing process, which not only transmits the product attributes, avoid visual interference.
Operation adaptation of morphological details: the holding area of the needle body adopts "micro-arc anti-skid texture" (inferred from the shape) to meet the requirement of "holding with sterile gloves", and the holding stability can be maintained even if there is disinfectant residue in the hand. The joint between the needle body and the needle tip has a "smooth transition", which not only ensures the structural strength of the instrument, but also reduces the tissue resistance during intervention and improves the positioning accuracy.
4. ergonomics: comfortable adaptation of surgical field operation
The ergonomic design of the positioning needle is optimized for the "fine operation of minimally invasive breast:
Holding adaptation: the diameter and length of the needle body meet the requirements of "fine holding with one hand". doctors and nurses can control the direction of the needle body through the subtle force of fingertips and adapt to the precise positioning of breast lesions. The micro-arc holding area conforms to the natural bending shape of fingers, reducing hand fatigue during long-term operation.
Operation adaptation: the position and stroke of the key are adapted to "fingertip light touch operation", and the doctor can trigger the function without greatly adjusting the holding posture, so as to avoid affecting the positioning accuracy due to the displacement of the needle body during operation. The slim needle shape is also suitable for minimally invasive small incision operation of breast, reducing interference to surrounding tissues.
Conclusion: Symbiosis of Humanistic Functions of Medical Devices
The appearance and color design of this breast positioning needle is a symbiotic sample of "functional accuracy" and "humanistic care" of interventional medical devices. It realizes the rapid identification of the surgical field with color difference, transmits psychological comfort with soft color system, supports the accuracy of operation with detailed design, and adapts fine operation with mechanical engineering.
With the increasing popularity of minimally invasive breast technology, this design not only improves the surgical adaptability of the positioning needle, but also redefines the value of "interventional instruments"-it is no longer a cold surgical tool, but a medical partner that takes into account "surgical field efficiency" and "patient emotion. This concept of "carrying function and emotion with color matching" also points out the direction for medical device design: only by deeply integrating "rationality of clinical function" and "sensibility of doctor-patient experience" can we create medical products with both efficiency and temperature. SOGOT DESIGN: www.soogot.com