Wholesale 3D Body Scanning Mirror
A 3D body scanning mirror combines a reflective surface with structured‑light projection and high‑resolution sensors to capture the full surface geometry of a person in seconds. The system outputs a
Inquire NowWholesale 3D Body Scanning Mirror
A 3D body scanning mirror combines a reflective surface with structured‑light projection and high‑resolution sensors to capture the full surface geometry of a person in seconds. The system outputs a dense point cloud that can be processed into accurate body measurements for apparel, fitness tracking, or medical assessment.
Infrared LEDs project a known fringe pattern onto the subject; two synchronized cameras view the deformation of the pattern from different angles. Triangulation algorithms convert the pixel shifts into 3D coordinates, delivering a measurement volume with sub‑millimeter point spacing at frame rates suitable for real‑time feedback.
Key Specifications
| Parameter | Typical Value | Notes |
|---|---|---|
| Scanning Volume | 2.0 m × 1.0 m × 0.5 m | Customizable up to 3 m × 1.5 m × 0.6 m |
| Point Spacing (Resolution) | 0.5 mm | Adjustable via pattern density |
| Absolute Accuracy | ±2 mm | Traceable to ISO 17025 calibrated artifacts |
| Capture Speed | 30 frames / s | Real‑time preview supported |
| Light Source | Infrared LED array (850 nm) | Eye‑safe, low power |
| Power Consumption | 120 W | Single‑phase 110‑220 V AC |
| Operating Temperature | 0 – 40 °C | Condensation‑free environment |
The scanning envelope accommodates a full‑body stance with arms relaxed, enabling repeatable measurements for size‑chart creation, virtual fitting, and posture analysis. Accuracy specifications are validated against calibrated gauge blocks and ceramic spheres traceable to national metrology institutes.
Typical Applications
Apparel manufacturers use the scanner to generate precise avatars for pattern grading, reducing physical sample cycles and material waste. Fitness facilities integrate the system to track body composition changes over time, offering members objective progress data. In clinical settings, the device supports ergonomic assessments, orthotic fitting, and rehabilitation monitoring by delivering consistent surface topology.
- Custom garment production and made‑to‑measure services
- Health‑club member tracking and personal training
- Medical orthotics, prosthetics, and posture clinics
- Virtual fitting rooms and augmented‑reality retail
The mirror housing is constructed from extruded aluminum with a powder‑coat finish, providing structural rigidity and corrosion resistance. The reflective surface is tempered glass with an anti‑scratch coating, ensuring durability under frequent cleaning. Internal components are rated IP54 for dust and splash protection, suitable for installation in retail floors or gym environments.
Design and Construction
- Frame: 6063‑T5 aluminum, CNC‑machined brackets
- Mirror: 6 mm tempered glass, SiO₂ hard coat
- Enclosure: ABS‑PC blend, UL‑94 V‑0 flame rating
- Cabling: Shielded Cat6 Ethernet + power, strain‑relief glands
Quality control follows a documented procedure: each unit undergoes laser interferometer verification of scan volume flatness, followed by a repeatability test where a calibrated artifact is scanned 30 times; the standard deviation of point‑to‑point distance must remain below 0.8 mm. Firmware includes built‑in diagnostics for camera exposure and pattern projection intensity, alerting operators to drift before it affects measurement integrity.
Quality Assurance
- Traceable calibration to NIST‑standard gauge blocks
- Repeatability ≤ 0.8 mm σ over 30 cycles
- In‑process inspection of mirror surface roughness (Ra < 0.2 µm)
- Final functional test: full‑body scan of reference mannequin
Customization options allow integrators to tailor the system to specific workflows. Resolution can be increased to 0.2 mm point spacing for high‑detail applications, or reduced to 1.0 mm for faster throughput in high‑volume environments. Software interfaces include a C++ SDK, RESTful API, and optional touchscreen panel for stand‑alone operation. Mounting choices range from floor‑standing brackets to wall‑mounted swivel arms, with adjustable tilt to accommodate different user heights.
Customization Options
- Resolution: 0.2 mm – 1.0 mm point spacing (user selectable)
- Output formats: PLY, OBJ, STL, CSV measurement packs
- Communication: Ethernet (TCP/IP), USB 3.0, optional Wi‑Fi module
- Accessories: remote trigger, external lighting kit, privacy curtain
To discuss how a wholesale 3D body scanning mirror can be integrated into your production line, training facility, or retail environment, please use the link below to request a detailed quotation and technical datasheet.