Creality CR-Scan Raptor X – Full Specifications

Scanning Technology

• Dual-mode scanning system

  • Blue-light laser scanning

  • Near-infrared (NIR) structured-light scanning

• Handheld, high-precision optical scanning

• Supports marker-free scanning depending on the workflow and object surface

Accuracy & Resolution

• Laser Mode Accuracy: Up to 0.02 mm

• NIR Mode Accuracy: Up to 0.05 mm

• Volumetric Accuracy: 0.02 mm + 0.06 mm per meter

• Data Resolution: 0.02 mm – 2 mm depending on mode

• High geometry stability for complex shapes and detailed surfaces

Scan Speed

• Laser Mode: Up to 60 FPS

• NIR Mode: Up to 30 FPS

• Point Cloud Throughput: Up to approximately 1,020,000 points per second

Scanning Range & Working Distance

• Laser Mode Working Distance: 150 – 400 mm

• Extended Laser Distance: 200 – 600 mm for cross-line scanning

• NIR Mode Working Distance: 170 – 1000 mm

• Single Capture Area (Laser Mode): Around 270 × 170 mm

• Minimum Scannable Object Size: As small as 5 × 5 × 5 mm

• Supports scanning small, medium, and larger objects depending on mode

Color & Texture Capture

• Built-in color camera for texture acquisition

• Imaging Resolution: 1920 × 1200

• Supports high-quality color mapping and textured 3D models

• Suitable for 3D printing, visual design, digital assets, and CAD workflows

Output Formats

• OBJ

• STL

• PLY
  Compatible with mainstream CAD, modeling, and 3D printing software.

Hardware & Connectivity

• Data Interface: USB-C / USB 3.0

• Power Input: 12V, external power adapter

• Operating System Support: Windows and macOS

• On-device Indicators: Status LEDs for scanning and tracking

• Environmental Tolerance: Operating temperature −10°C to 40°C, humidity up to 90% RH

Physical Specifications

• Dimensions: 215 × 50 × 74 mm

• Weight: 372 g (approximately 0.82 lb)

• Handheld ergonomic design for long-duration scanning

Additional Features

• High stability and tracking performance

• Multi-mode switching for different materials and lighting conditions

• Fast alignment algorithms for smooth model reconstruction

• Suitable for reverse engineering, product design, small-object detailing, and precise geometry capture