
A 3D full body scanner captures the external geometry of a person or object using structured light or laser triangulation, producing a dense point cloud that can be converted into a mesh model. The
Inquire NowA 3D full body scanner captures the external geometry of a person or object using structured light or laser triangulation, producing a dense point cloud that can be converted into a mesh model. The system projects a known pattern onto the subject and records the deformation of that pattern with one or more cameras to calculate depth.
In a B2B wholesale context, the scanner is sold to system integrators, original equipment manufacturers, and distributors who incorporate it into larger solutions such as apparel sizing stations, ergonomic assessment workstations, or security screening portals. Wholesale purchasing emphasizes compatibility with existing software platforms, ease of integration, and long‑term parts availability.
Key procurement considerations include the usable scanning volume, the spatial resolution of the captured data, the cycle time for a full scan, and the environmental tolerances of the hardware. Understanding these parameters helps buyers assess whether the device will meet the throughput and accuracy requirements of their target application.
| Parameter | Typical Value | Notes |
|---|---|---|
| Scanning Technology | Structured light with blue LED | Provides high contrast pattern for accurate depth |
| Measurement Volume | 2000 mm × 1000 mm × 500 mm | Adjustable via optional extender frames |
| Point Spacing | 0.5 mm | Determines density of captured point cloud |
| Accuracy | ±0.2 mm | Verified against calibrated reference artifact |
| Scan Speed | <2 seconds per full body | Includes data transfer and preliminary mesh generation |
| Light Source Wavelength | 450 nm | Blue LED reduces ambient light interference |
| Power Consumption | 120 W | Typical operating condition |
| Operating Temperature | 0 – 40 °C | Condensation‑free environment |
| IP Rating | IP54 | Protected against dust ingress and splashing water |
| Data Output Formats | PLY, OBJ, STL, XYZ | Selectable via software API |
| Interface | Gigabit Ethernet, USB 3.0 | Plug‑and‑play with standard drivers |
The values above represent typical configurations; actual specifications can be adjusted to match project‑specific constraints such as larger scanning volume or higher point density.
In apparel manufacturing, the scanner enables rapid capture of body dimensions for made‑to‑measure garment patterns, reducing reliance on manual tape measurements and improving fit consistency across size ranges.
Ergonomics engineers use the full‑body point cloud to analyze workspace reach, posture, and clearance, supporting the design of workstations that accommodate diverse operator physiques while minimizing strain.
Healthcare providers employ the device to create custom prosthetic sockets or orthotic inserts by converting the scanned surface into a printable negative, ensuring intimate contact and improved patient comfort.
Security screening portals integrate the scanner to detect concealed objects under clothing by comparing the captured shape against a reference baseline, enabling non‑intrusive threat detection in high‑traffic facilities.
Retail environments deploy the technology for virtual fitting rooms, where the scanned avatar is used to simulate garment drape and size selection, enhancing online shopping confidence and lowering return rates.
Each scanner undergoes in‑process verification using a traceable reference artifact with known geometry; deviations are logged and corrected before shipment.
Firmware includes built‑in diagnostic routines that monitor laser power, camera exposure, and temperature thresholds, issuing alerts if any parameter drifts outside calibrated limits.
Final inspection validates accuracy, point spacing, and scan speed against the specification sheet, and a calibration certificate is provided with each unit.
Scanning volume can be extended by adding modular frame sections that increase the usable height or width without altering the core optics.
Lighting configuration is adjustable; users may select higher‑power LEDs for outdoor‑ambient environments or narrower‑band LEDs to reduce speckle on reflective surfaces.
Software licenses can be tailored to include advanced mesh‑processing modules such as automatic segmentation, texture mapping, or volumetric analysis.
Mechanical interfaces (e.g., mounting brackets, conveyor integration kits) are designed per customer layout drawings to facilitate seamless line integration.
Can the scanning volume be customized? Yes, the base volume of 2000 mm × 1000 mm × 500 mm can be increased by adding extension frames or reduced by limiting the field of view via software masking.
What file formats are available for output? The scanner outputs PLY, OBJ, STL, and raw XYZ point clouds; format selection is made through the SDK or the companion application.
What information is required before a quotation? Buyers should provide the intended application, required scanning volume, desired accuracy level, expected throughput (scans per hour), and any environmental constraints (temperature, humidity, dust).
How is quality inspected? Each unit is measured against a certified reference artifact for accuracy and point spacing; functional tests verify scan speed, data transfer, and software stability before packaging.
What packaging and shipping protection are offered? Scanners are packed in double‑wall corrugated boxes with custom foam inserts, sealed with humidity‑indicating cards, and shipped on pallets with shock‑watch labels to monitor handling.
For technical inquiries, pricing, or to request a sample evaluation, please contact our sales team at /contactus.