China 3D Laser Body Scanner Supplier

Three-dimensional laser body scanners capture the full surface geometry of a person or object by emitting structured laser lines and recording the reflected points with high‑resolution sensors. The resulting point cloud is processed into a watertight mesh that can be used for ergonomic analysis, virtual fitting, or medical assessment.

Technical Specifications

Parameter	Typical Value / Customizable
Scanning volume	0.5 m³ – 2.0 m³ (customizable)
Point spacing	0.2 mm – 0.5 mm (adjustable)
Acquisition time per scan	< 0.5 s
Laser class	Class 2M, eye‑safe under normal use
Laser wavelength	650 nm (red)
Power consumption	45 W (typical)
Output formats	STL, OBJ, PLY, XYZ
Operating temperature	0 °C – 40 °C
Humidity range	10 % – 80 % RH (non‑condensing)

Applications in Industry

In automotive manufacturing, precise body‑scan data enables the design of seats and controls that accommodate a diverse driver population, reducing prototyping cycles. Apparel manufacturers use the mesh to create virtual avatars for size‑range optimization, cutting material waste. Medical device firms rely on repeatable surface measurements for prosthetic fitting and orthotic design, where sub‑millimeter accuracy directly impacts patient comfort.

Key Technical Advantages

• Sub‑millimeter point spacing ensures detailed capture of clothing folds and anatomical features.
• Structured laser illumination works on diverse surface finishes, including dark fabrics and reflective materials, without coating.
• Short acquisition time (<0.5 s) supports high‑throughput scanning stations on production lines.
• Open‑format output (STL, OBJ) integrates directly with CAD, CAM, and ERP systems.
• Low power draw and Class 2M laser allow continuous operation with standard facility safety provisions.

Quality Control & Testing

Each unit undergoes factory calibration against a NIST‑traceable reference artifact to verify point‑to‑point accuracy within ±0.05 mm. Temperature compensation algorithms are validated across the specified operating range, and repeatability is confirmed by scanning a calibrated sphere ten times and evaluating standard deviation. Final inspection includes a visual check of laser safety labels, cable integrity, and firmware version control before packaging.

Customization Options

Customers can request a larger scanning envelope for full‑body vehicle interior studies or a compact version for handheld use. Mounting kits include floor stands, ceiling brackets, and robotic arm adapters. Software customization covers data‑output filters, automated report generation, and integration hooks for MES platforms. Enclosure options range from open‑frame designs to IP‑rated housings for dusty or wet environments.

• Scanning volume
• Mounting interface
• Software package
• Enclosure rating

Frequently Asked Questions

• Can dimensions be customized?

  Yes, the scanning volume and mechanical interfaces can be tailored to fit specific part sizes or installation constraints.

• What information is required before quotation?

  Please provide the target object size, required point spacing, expected throughput, environmental conditions, and any desired output formats or software integrations.

• How is quality inspected?

  Each scanner is calibrated to a NIST‑traceable artifact, verified for accuracy within ±0.05 mm, and tested for repeatability across ten cycles before final visual and functional checks.

• What packaging methods are available?

  Standard packaging includes shock‑absorbent foam inner cartons and plywood outer cases; custom crating or palletization can be arranged for overseas shipments.

Request a Quote

To discuss your specific scanning requirements and receive a detailed quotation, please reach out to our sales team.

Contact Sales Team