3D face, breast and body visualization system Canfield VECTRA H2

Vectra H2 is an innovative 3D scanning and image analysis device designed for aesthetic medicine professionals seeking to accurately assess patients’ facial and body structures. Using advanced 3D imaging technology, Vectra H2 captures detailed and accurate images of the face and body from multiple angles. This allows doctors to perform a comprehensive analysis, determine the need for aesthetic correction, and predict the final results after surgical or non-invasive procedures.

This device not only captures excellent quality images, but also allows for a variety of measurement and simulation analyses that help the patient and the doctor visualize possible changes before starting the procedures. Vectra H2 allows for monitoring and documenting body changes over time, and also facilitates the planning of the procedures themselves, giving patients a clear understanding of the possible results. It is an important tool in both the fields of plastic surgery and aesthetic medicine, as it provides an accurate, objective assessment based on 3D images.

Vectra H2 also helps professionals assess changes in skin structure, muscles, bones, and other facial and body elements, ensuring that any treatment or correction is as tailored as possible to the individual needs of patients.

Benefits

• High-quality 3D images that allow for detailed facial and body analysis

• Ability to visualize possible results of aesthetic correction before the procedure

• Helps with accurate procedure planning and prediction

• Ability to track body and facial changes over time

• Perfect for both plastic surgery and non-invasive aesthetic procedures

Operating principle

Vectra H2 uses advanced 3D imaging technology to capture detailed images of the face and body from multiple angles. During the scan, the device quickly and accurately generates a 3D model that shows all important structural elements such as skin, muscles, bones, etc. Using this data, the doctor can perform an accurate analysis, predict treatment outcomes, and select the most appropriate therapy.