Do you want to increase your ticket and decrease total surgery time? We do that for you!
EXPERIENCED SURGEONS
By having access to more detailed information about the extent and pattern of hair loss, they can fine-tune their surgical strategies and optimize the results of hair restoration procedures.
NEW SURGEONS
For professionals who are new to the field of hair restoration, a quantitative classification can provide them with more precise guidance and improve their decision- making.
To effectively fill this gap, Dr. Felipe Pittella and his team have developed the PRECISE scale. This innovative approach offers a quantitative classification aimed at overcoming the limitations of traditional scales, providing more precise planning for hair transplant procedures in androgenetic alopecia (AGA). Here's how the PRECISE scale adds value:
•Precise and quantitative assessment: By providing a more accurate evaluation of male pattern hair loss (MPHL), the PRECISE scale allows for a more exact definition of the extent and severity of baldness. This is crucial for personalized surgical planning.
•Personalized surgical planning: Based on the quantitative assessment provided by the PRECISE scale, it's possible to plan hair transplantation more personalized, ensuring the appropriate number of follicular units (FUs) is considered for each specific case.
•Reduction of distortions: Traditional qualitative scales often do not consider variations in the distribution and density of hair loss, which can result in suboptimal outcomes.
The PRECISE scale quantifies the classification, minimizing discrepancies, and providing a more precise basis for surgical planning.With the PRECISE scale, you can rely on an advanced and precise approach to hair transplant planning, ensuring superior and satisfactory results for your patients.
Imagine the convenience of performing all these analyses directly from your phone. With ScalpScan.AI, this is entirely possible. Our app allows you to create a 3D model of the patient's head and use this representation to measure the relative bald area (RBA), all in a simple and intuitive way.
By utilizing advanced technologies, ScalpScan.AI can capture an accurate 3D mesh of the patient's head surface. This 3D mesh is generated by scanning the environment using laser beams, infrared sensors, and cameras present in devices like cell phones.
These technologies enable us to accurately capture the characteristics of the patient's head, including the topography of the bald area and its variations in relation to the rest of the scalp.
With the analysis of the 3D mesh, our app can measure and quantify the bald area accurately compared to other areas of the scalp, all quickly and efficiently.
With ScalpScan.AI, you have access to a powerful tool in the palm of your hand, streamlining the entire process of analyzing and measuring the bald area, providing a more convenient and effective experience for you and your patients.
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