Aura 3D Facial Scanner
Aura 3D imaging features
Skin Analysis
Immersive 3D visualisations analyse patients’ face and neck, including wrinkles, pores, red areas and brown spots, and skin texture and scoring. Help patients understand what requires attention and offer personalised recommendations that address specific patient concerns.
Before and After Visualization
Compare before-and-after digital twins to visualize current conditions and treatment progress. Use photo-realistic 3D data to educate patients on achievable results and align expectations. After each consultation, patients receive a clear report of their treatment journey.
Facial Measurments
Leverage precise measurement tools to assess accurate proportions, angles and distances on your patients’ faces. Tailor treatment plans to each patient’s unique facial structure, ensuring optimal results and meeting their expectations.
Volume Comparison & Vectors
Provide clear proof of volumetric changes, and use the vectors feature to show lifting and depressions.
Drawing & Dynamic Lighting
Draw directly on the digital twin, and adjust lighting options to focus on specific areas, enhancing communication and collaboration with patients and ensuring a shared understanding of treatment effects and their desired outcomes.
Simulation
Simulate treatment outcomes across multiple facial areas, including temples, cheeks, under-eye, chin, jawline, submental region and more. Create up to three simulations per scan to explore different approaches and visualise potential results with clarity.
How the Aura 3D Imaging System works
Multiple cameras and lighting units capture complex facial structures and imagery in an instant. Seamless software integration creates photo-realistic 3D digital twins of patients’ faces and necks, ready for analysis with an easy, fast, and intuitive workflow on tablet or desktop.
What the Aura 3D Imaging System analyses
Data is immediately delivered to the practitioner’s device, where our software provides real-time skin analysis, examines different facial expressions, measures angles and distances, and performs volume difference assessments and vector analyses which show lifting effects.
