Digital Body Scanning Machine

Overview

The system captures three-dimensional surface data of a human body using projected light patterns and stereo imaging.

It operates without physical contact, enabling rapid acquisition of shape data for design and analysis.

Key Technical Specifications

The following table lists typical performance parameters that can be adjusted to match project requirements.

Values represent nominal settings under standard laboratory conditions (20 °C ambient temperature, controlled lighting).

Measurement Principle

The scanner projects a sequence of known fringe patterns onto the subject.

Two synchronized cameras record the deformation of these patterns, allowing triangulation of each point's coordinates.

Frame rates up to 60 Hz enable capture of subtle movements such as breathing or muscle contraction.

Applications

Understanding how the scanner integrates into specific workflows helps assess its value.

Each application leverages the device's ability to deliver repeatable, full‑body shape data quickly and safely.

• Aerospace – seat contour analysis for ergonomic cockpit design, where sub‑millimeter accuracy ensures compliance with comfort standards.
• Automotive – driver posture evaluation for control layout optimization, reducing fatigue in long‑haul vehicles.
• Apparel – virtual fitting and pattern generation, enabling accurate garment sizing without physical prototypes.
• Medical – prosthetic socket design, capturing residual limb geometry for personalized fit.
• Ergonomics research – workplace layout studies, providing data for reachability and clearance assessments.

Customization Options

The scanner architecture supports several modular changes to adapt to different environments.

These options are selected during quotation to avoid over‑specifying capabilities that increase cost.

• Scan volume – interchangeable lenses and adjustable fixture brackets to match required envelope.
• Resolution – selectable pattern frequency and camera baseline to tune point spacing from 0.1 mm to 0.5 mm.
• Lighting – optional infrared or structured‑light modules for operation in bright or low‑light settings.
• Enclosure – IP‑rated housings for dusty or humid industrial environments.
• Software – choice of basic inspection package or advanced analytics SDK with API access.

Quality Control & Manufacturing

Each unit undergoes geometric verification using a calibrated reference artifact before shipment.

Thermal drift is evaluated across the operating temperature range to confirm stability of measurement results.

Documentation includes a calibration certificate traceable to national metrology institutes.

Integration & Support

Data output is provided in widely used formats such as PLY, OBJ, and STL, facilitating direct import into CAD or animation software.

A software development kit (SDK) is available for custom integration with proprietary systems or for automated batch processing.

Technical training and remote assistance are included in the standard package to reduce commissioning time.

Request Information

To obtain a quotation tailored to your specific needs, please provide the intended scan volume, required resolution, and any environmental constraints.

Our engineering team will respond with a detailed configuration and lead‑time estimate.