3D Breast Augmentation Design with 3D Simulation

One of the most important technological developments in aesthetic and plastic surgery in recent years is the 3D simulation device. This device has made the surgical process much more reliable for both surgeons and patients. The biggest advantage of the 3D simulation device in aesthetic surgery is that the appearance to be achieved after the aesthetic operation can be visualized with 3D simulation during the examination phase. Thanks to this technology, the patient can see more clearly what kind of result they will achieve before the operation, while the surgeon can plan the most suitable options for the ideal result.

How to Perform 3D Breast Augmentation with 3D Simulation?

During the examination before the aesthetic operation, three-dimensional photographs of the patient are taken from 8 different angles using 3D cameras. These photographs allow the design process to begin. Then, design planning is done using the Sculptor program. At this stage, with the design made together with the patient, the appearance to be created after the surgery is clarified and the surgery plan is started to be created.

Automatic Measurements with 3D Simulation

36 megapixel resolution color photographs are converted into three-dimensional models that are closest to reality thanks to the special software of the 3D device. After the area where the aesthetic operation will be performed is selected, the result to be obtained after the operation can be simulated and seen with the possibilities offered by the device through the photographs taken. The surgeon and the patient can plan the breast augmentation operation more accurately and effectively with before and after images.

What are the advantages of the 3D Simulation device?

Thanks to the 3D simulation device, the patient does not encounter any surprises after surgery. She can see the harmony of the shape of the breast implant she will choose with her body. She can make a choice between drop or round breast type without hesitation. She can determine the breast size that will be most compatible with her body.

Technological advances in medicine continue to serve human health more and more every day. The 3D simulation device offers both the surgeon and the patient the opportunity to try all possibilities. In this way, the patient can see all aspects of their choices on the closest three-dimensional image to reality and other possibilities can be prevented from remaining in their minds. Thus, the person can make a choice without any hesitation. Likewise, the plastic surgeon can plan the surgery much better by evaluating many possibilities together. Thanks to 3D simulation, the results of plastic surgery have become much more reliable for both the patient and the surgeon. In addition, this technology increases confidence in plastic surgery, resulting in personalized and more satisfying results. Surgeons can create customized treatment plans for each individual, taking into account their patients’ facial and body structure and aesthetic expectations more precisely.

3D simulation is a tool that increases the success of surgery, not only aesthetically. Thanks to the simulation device, surgeons can accurately select the types, sizes and placement angles of implants. They can also better predict the possible complications that the patient may experience in the postoperative period and the healing process. This allows the surgeon to plan in advance for any disruptions during the operation and ensures a safer process for the patient.

Another advantage is that patient satisfaction is maximized. 3D simulation helps patients better understand the results of surgery, reducing the likelihood of disappointment at the end of the procedure. This technology visualizes what patients can expect before the operation, ensuring that the aesthetic results are in line with the patient’s expectations. One of the biggest challenges of aesthetic surgery is to ensure that patients’ expectations become reality. 3D simulation is a great help in this regard.

Surgical Techniques Developed

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