3D Full Body Scan
By leveraging three‐dimensional (3D) technology, patients considering a liposuction procedure can accurately measure the volume of fat in specific body areas, both before and after the treatment. This advanced technology enables visual data capture and quantitative measurement of size and shape of the body, creating a 3D model that represents the body in a realistic manner. Studies have shown that 3D scanning offers high reliability and accuracy in quantifying fat volume changes following body contouring procedures.
In the initial phase, a 3D scan is conducted to generate a digital model of the patient’s body. This model then enables the medical team to accurately identify and map areas with subcutaneous fat accumulation to be targeted. Thus, the pre-operative assessment is not only visual or based on estimation, but rather quantitative: volume, distribution, and body symmetry can be analysed. This assists in planning a more personalised and measurable procedure.
Subsequently, after the liposuction procedure is performed, another 3D scan is carried out to perform a second measurement of fat volume “before” and “after”. This measurement provides a clear quantitative change regarding how much fat volume has been modified or removed. Accordingly, both patient and medical team receive objective data that demonstrates the effectiveness of the action. Studies also indicate that such changes can be well monitored using 3D imaging.
The advantages of using this 3D technology include :
Specific mapping and visualisation of fat areas, not just rough estimates based on circumference or photos.
The capability to compare before and after results numerically (for example, volume change in liters, percentage reduction).
Enhanced transparency and patient understanding of expected outcomes, thus aiding in more informed decision-making.
Facilitates evaluation of body symmetry and aesthetic contour outcomes after liposuction — including assisting in detecting imbalances or unwanted shape changes.
However, it is also important to note several points :
While 3D technology is very helpful, its accuracy is still influenced by scan quality (patient positioning, scanner equipment, lighting conditions) and consistent measurement protocols.
The use of this technology adds a quantitative layer of evaluation, but still must be combined with clinical assessment, skin condition, elasticity, and the patient’s overall medical situation.
A good result in the 3D measurement does not guarantee an optimal aesthetic result if not accompanied by proper post-procedure care, a healthy lifestyle, and patient commitment.
Overall, the use of 3D technology in measuring fat volume before and after a liposuction procedure provides a more objective, measurable, and transparent framework for achieving optimal results.
