Men's six pack and women's rectus abdominis 3D simulation with zero error

Ever since the male artist Kenji Wu always showed off his "six-pack abs" in his music videos, which amazed people, many handsome men and supermodels who aspired to enter the entertainment industry began to imitate him and build six-pack abs. There are many "XS" female celebrities abroad who wear bikinis to show off their slim "rectus abdominis", and this trend has also begun to spread to Taiwan. Plastic surgery clinics have found that the number of people asking about sculpting six-pack abs and rectus abdominis has been increasing recently.

Dr. Zhang Zhide (left) explains how a female patient’s rectus abdominis was sculpted using the micro-simulation 3D imaging simulation system. (Photography by Huang Manying)

Kemi, a 26-year-old female nurse, was not satisfied with her slightly protruding belly, especially her unclear waistline, so she wanted to undergo body sculpting to create rectus abdominis muscles that were as smooth and had three obvious lines as those of foreign actresses. Plastic surgery specialist Dr. Zhang Zhide said that the patient originally had a thin body shape, but was not satisfied with the local obesity, so after evaluation, fat sculpting was more suitable. In order to allow patients to clearly understand their condition before and after body sculpting surgery and enhance their sense of trust in medical treatment, the micro-simulated 3D imaging simulation system machine "Vectra" is used to help patients clearly see realistic images before and after the changes.

The 3D imaging simulation system contains a high resolution of 36 million pixels and a 360-degree full-body system simulation function. It can evaluate the patient's personalized conditions and clearly monitor the patient's skin condition through precise scanning procedures. Vectra technology is applicable to a wide range of surgeries, including facial wrinkle removal, injection fillers, implant rhinoplasty and chin augmentation, etc.; systemic surgeries such as breast and buttock plastic surgery and liposuction, etc., can all use Vectra's tissue structure analog computing capabilities to generate realistic three-dimensional renderings based on data such as gravity, implant shape and placement, and the patient's own tissue conditions.

Through the micro-simulated 3D imaging simulation system machine "Vectra", you can see in advance the postoperative changes of the patient's plastic surgery area.

When the image is simulated and output, the 36-megapixel high-quality HD resolution can provide patients with lifelike and realistic images. Through the manual adjustment function, the post-operative performance of the desired plastic surgery area can be simulated. Taking rhinoplasty as an example, the doctor can adjust 12 parameters including the bridge of the nose, the wing of the nose, the tip of the nose, and the columella. Through detailed adjustments and communication, the effect between the patient's expectations and the actual value can be achieved.

In addition to the facial assessment mentioned above, Vectra can also be used in body plastic surgery. For example, in liposuction surgery, through fat positioning analysis, the distribution and thickness of the patient's fat layer can be understood, and the fat layer can be accurately extracted to avoid the risk of fat embolism, infection, and unevenness caused by excessive or insufficient extraction.

Dr. Zhang Zhide said that the micro-simulation 3D imaging simulation system has the function of "foreseeing in advance", so it can help patients choose the most appropriate treatment method. It can not only greatly improve the patient's satisfaction with treatment, but also allow the public to feel at ease to accept micro-plastic surgery projects.