Vectra XT 3D Surgical Simulation of Breast Augmentation
The process starts with the The VECTRA XT 3D Camera taking a three dimensional photograph using multiple cameras positioned for different views, all shooting at once. It only takes a couple of minutes to take the photos.
Using special simulation software on the computer, you can be shown the possible results of your surgery with different size implants. Dr Cope usually makes recommendations depending on your body size, shape and wishes.
The photographs can be rotated on the screen and shown from many angles. You can see your before and after image side by side or also superimpose your after image over the before image so you can see the difference in one screen.
You will be able to experiment with different looks until you find the one you want – you can see your before photo next to your predicted after photo with two different size implants, making comparisons easy.
Once you have decided on the appearance you want, this simulation will provide a basis for your surgical plan. The VECTRA imaging makes the decision about size and expected result more reliable, because you have already seen the result, and you can be confident in the outcome of the surgery.
In a recent article (Oct 2013) of Plastic & Reconstructive Surgery Journal (Plast. Reconstr. Surg. 132: 810, 2013.), the main Plastic Surgery Journal worldwide, the 3D imaging VECTRA machine was found to be beneficial for patients considering breast augmentation surgery.
The article concluded that patients prefer a center that offers three-dimensional imaging technology; they feel that the simulation is very accurate and helps them greatly in choosing the implant; and that if they could go back in time, they would choose the same implant again.
Try VECTRA for yourself using the Breast Sculptor simulation Animation below (this interactive animation file only works on PCs and is a few MB so it may take a short while to load depending on your internet connection)
See some examples of how reliable the Vectra can be for predicting the postoperative result of breast augmentation here.