Purchase 3D Body Scanner Mirror
A 3D body scanner mirror combines a high‑resolution optical sensor with a specially coated reflective surface to capture the full geometry of a human body in a single scan. The mirror redirects
Inquire NowPurchase 3D Body Scanner Mirror
A 3D body scanner mirror combines a high‑resolution optical sensor with a specially coated reflective surface to capture the full geometry of a human body in a single scan. The mirror redirects structured light patterns onto the subject while the sensor records the deformation of those patterns, enabling accurate point‑cloud generation without moving the scanner hardware.
Technical Specifications
| Parameter | Typical Value |
|---|---|
| Scanning Volume | 2000 mm × 1000 mm × 600 mm (H×W×D) |
| Resolution | 0.5 mm point spacing |
| Accuracy | ±2 mm over full volume |
| Scan Speed | < 2 seconds per full body |
| Light Source | Eye‑safe LED structured light (λ = 635 nm) |
| Power Supply | 100‑240 V AC, 50/60 Hz, 120 W max |
| Output Formats | PLY, OBJ, STL, JSON point cloud |
Key Features
- Single‑shot capture eliminates motion artifacts.
- Mirror coating provides >95 % reflectivity in the visible spectrum, reducing illumination power.
- Integrated real‑time alignment software delivers ready‑to‑use meshes.
- Low‑profile enclosure (≤150 mm depth) fits beside standard fitting mirrors.
- USB 3.0 and Gigabit Ethernet interfaces for seamless data transfer.
Typical Applications
In apparel manufacturing, the scanner provides precise body measurements for pattern grading, reducing the need for manual tape measures and minimizing fit iterations.
Fitness centers use the data to track volumetric changes over time, offering members objective progress metrics beyond simple weight tracking.
Healthcare providers employ the point clouds for ergonomic assessments, prosthetic socket design, and posture analysis, benefitting from sub‑millimeter surface detail.
Virtual‑reality developers integrate the scans to create personalized avatars, enhancing immersion by matching real‑world proportions.
Quality Assurance
Each unit undergoes factory calibration against a traceable reference artifact with known geometry, verifying accuracy across the full scanning volume before shipment.
In‑process checks include uniformity of mirror reflectivity, sensor noise floor evaluation, and validation of software stitching algorithms using standardized test objects.
Final inspection confirms that output files meet the specified point‑spacing and deviation limits, and a calibration certificate is provided with every order.
Customization Options
- Alternative wavelength LEDs (850 nm or 940 nm) for environments with ambient infrared interference.
- Enclosure finishes: powder‑coated steel, stainless steel, or antimicrobial polymer.
- Software modules: automated measurement extraction, garment fitting simulation, or API access for third‑party integration.
- Mounting configurations: wall‑mounted, floor‑standing with leveling feet, or recessed into existing mirror frames.
Frequently Asked Questions
Can the scanning volume be adjusted for different facilities?
Yes, the mirror and sensor optics can be re‑configured to accommodate larger or smaller volumes; please provide your space constraints during quoting.
What file formats are available for integration with existing PLM systems?
Standard outputs include PLY, OBJ, STL, and JSON; custom formats can be generated via the SDK upon request.
How is the mirror coating maintained over time?
The coating is a durable dielectric layer resistant to cleaning with mild solvents; periodic reflectance checks are recommended as part of preventive maintenance.
Ready to Discuss Your Project?
Our engineering team can review your facility layout, required accuracy, and data workflow to propose a tailored scanner configuration. Please share your contact details and any specific performance targets to begin the conversation.
Request Technical Consultation