MVS-P6

Ultra-high precision capture of subtle facial morphological changes, quantifies pre- and post-treatment data, and provides an authoritative solution for clinical efficacy evaluation.

Intelligent Control & Fast Imaging

Dual control via smart remote and body buttons, with fully automatic lifting acquisition structure. Single facial scan in just 0.5s, efficient data completion via touch screen.

Ultra-High Precision Flagship MVS-P6

Built-in high-performance GPU computing engine with cutting-edge AI algorithms, delivering solid technical support for professional applications via superior computing power.

<2s
Scan Time
160fs
Video Frame Rate
±0.05ml
Volume Accuracy
0.02mm
Repeatability Accuracy
超高精度旗舰 MVS-P6

Ultra-HD
Texture Mapping

3 sets of HD DSLR cameras, 72MP ultra-high resolution. Captures pore-level fine details, perfectly restores the client’s natural facial features.

Ultra-High Precision
Sharp Edge Definition

Generates precision mesh model from 4.5 million point clouds for rapid facial data capture. Clearly images edge areas (jawline, preauricular region, temple), delivers complete intact model to ensure accurate evaluation.

Panoramic
Blind-Spot-Free
Coverage

180° panoramic scanning FOV, 3 sets of high-precision modules, 11 sets of soft fill lights. Full-face zero-dead-angle scanning with complete model, underpins facial quantitative analysis and scheme simulation.

Volume Measurement

Proprietary algorithm for automatic model registration, compares pre- and post-operative height difference of any points with accuracy up to ±0.1ml, an effective measurement tool for case studies.

Intelligent Screenshot

Built-in intelligent screenshot, watermark and screen recording functions for clear pre- and post-operative comparison. One-click six-view capture greatly reduces workload and improves operational efficiency of aesthetic institutions.

智能截图

Data Sharing Port

Intelligent network interconnection, automatically transmits 3D models to the doctor's terminal after acquisition, enabling seamless data analysis, simulation design and comparative analysis.

智能截图