Scanning Modes & Light Sources: Single blue-laser line, 7 parallel blue-laser lines, 34 crossed blue-laser lines, close-range NIR structured light, and long-range NIR structured light.

Accuracy: Up to 0.02 mm in laser modes (under ideal conditions).

Volumetric Accuracy: 0.02 mm + 0.08 mm per meter (laser modes).

Scan Speed & Data Rate: Up to 90 FPS frame rate; data capture up to ~1.4 million measurements/points per second (in high-speed modes).

Resolution / 3D Detail: 3D resolution/fusion detail typically in the range 0.05–2 mm depending on mode.

Minimum Scannable Object Size: As small as 5 × 5 × 5 mm — suitable for small detailed parts.

Object/Scene Size Capacity: Able to scan objects up to ~4000 mm — large parts, assemblies, or even full-size objects.

Working Distances (depending on mode):
  - Laser modes: approx. 150–400 mm (for 7-line), or 200–600 mm (for single- or cross-line)
  - NIR structured-light: from ~170 mm up to a significantly extended range (depending on lens and mode selection)

Capture/Frame Field of View (FOV) / Single-Capture Range: Varies by working distance; for example, at ~200 mm working distance a typical capture frame ~205 × 147 mm; at larger working distances frame sizes increase accordingly (scaled proportionally).

Color & Texture Mapping: Supports color mapping / texture capture, using built-in imaging system, enabling textured 3D models suitable for visualization, design, or archival use.

Surface Compatibility & Flexibility: Capable of scanning small detailed parts as well as larger objects; supports black, matte, and metallic surfaces without mandatory spray coating (depending on material and lighting).

Scan Modes & Alignment Flexibility: Supports multiple alignment/tracking modes (marker, global marker, feature/geometry/texture alignment depending on scanning mode).

Device Physical Specs: Approximate dimensions 225 × 53 × 76 mm; weight about 508 grams — relatively lightweight for handheld use.

Environmental & Usage Conditions: Operable under typical indoor/outdoor lighting conditions (with some ambient light limits depending on mode), suitable for both controlled workshop and real-world scanning environments.

Compatibility: Works with major OS platforms (Windows, macOS); scanning workflows can integrate with CAD/CAM, 3D printing, or reverse-engineering pipelines thanks to compatibility with common 3D model/mesh formats.