Portable 3D facial scanner for aesthetic consultations and 3D rhinoplasty modeling

MVS-M6HD

A portable 3D facial scanner for nasal and facial aesthetic workflows, designed for convenient setup and facial data capture.

Lightweight Design

Equipped with a 4.8 MP industrial camera and desktop stand, the system is easy to set up. Connect it to a computer to begin scanning for routine clinical and consultation workflows.

Lightweight high-strength body, impact and corrosion resistance, durable and recyclable construction

One-Piece Aluminum Body

The lightweight, high-strength body is designed to resist impact and corrosion. Its one-piece construction combines durability with a recyclable material.

Fast Scanning

Built-in LED fill lighting supports capture at a 60 cm working distance. A single scan takes 0.3 seconds and captures the left, front and right facial views.

60 cm working distance, 0.3-second scan, three-view capture and high-definition imaging

Multi-Device Scanning

Connect up to three devices to one host computer. Arrange them in a fan configuration for synchronized 3D capture of facial or body-surface data.

Coordinated multi-device capture, shared host computer, fan configuration and synchronized 3D scanning

Portable Setup

A carrying case supports transport for off-site work. Set up the system at the location and begin 3D capture.

Portable carrying case, off-site transport and quick setup
Recommended workstation for MVS-M6HD, including monitor, computer, keyboard and mouse

Computer Requirements Recommended Configuration

For smooth scanning, point-cloud processing and 3D reconstruction, a workstation with a dedicated graphics card and sufficient high-speed storage is recommended.

Operating System Windows 10 / 11
64-bit Professional Edition
Processor Intel i7 or higher
System Memory 8 GB or more
Dedicated Graphics Card NVIDIA GTX 1080
or higher
Storage 512 GB or more
Display Resolution 1920 × 1080
or higher

* These are recommended specifications. Actual requirements may vary with scan volume, model resolution and software version.

Technical Specifications MVS-M6HD

Non-contact high-frequency blue-light structured scanning on a desktop stand, with the subject seated for three-view capture.

Structured Light Type
Blue LED
Video Frame Rate
160fps
Scanning Modules
1 set (supports multi-module interconnection)
Color
24bpp
Texture Map Pixels
4.8 MP
3D Measurement Accuracy
±0.1mm
Area Measurement Accuracy
±0.1mm²
Volume Measurement Accuracy
—
Grid Density
0.5mm / up to 0.2mm
Repeatability
0.02mm
Working Distance
500~700mm
Scanning Range
300×200(mm)
Total Scanning Time
<9s
Single Scanning Time
0.3s
Model Generating Time
<80s
3D Input Format
DICOM, STL, PLY
3D Output Format
OBJ, STL, CIE
Net Weight
2.35kg
Rated Voltage
200–240 V~ / 50–60 Hz
Power
60W
Physical Dimensions
145×75×262(mm)

FAQs

Frequently Asked Questions

The MVS-M6HD is an upgraded model designed for rhinoplasty. It supports rhinoplasty simulation, quantitative analysis of seven nasal landmarks, export of nasal implant and guide files, and creation of client records.

The MVS-M6HD has 3D measurement accuracy of ±0.1 mm and 0.02 mm repeatability. It uses an industrial camera with 4.8-megapixel texture resolution and exports OBJ, STL and CIE formats.

A single scan takes 0.3 seconds, with total scanning time under 9 seconds. The working distance is 500–700 mm, and three synchronized views capture the left, front and right sides of the face.

Its slim, lightweight aviation-grade aluminum body is designed for portability and durability. Connect the desktop stand to a computer to use it; multiple devices can also be linked to expand the capture views.

The MVS-M6HD is the upgraded rhinoplasty model with a 4.8-megapixel industrial camera; the MVS-M2N is the entry-level portable model with a 3-megapixel industrial camera. Both support seven-point nasal quantification and export of implant and guide files.

Training is delivered remotely online. Each session lasts about one hour and must be booked in advance; a dedicated instructor will provide one-to-one guidance.