Creality CR-Scan Raptor Pro 3D Scanner

The Creality CR-Scan Raptor Pro stands as a testament to cutting-edge scanning technology, offering professionals a versatile and efficient tool for capturing high-precision 3D data across various applications.

Key Features:

• Dual Blue Light Modes: Seamlessly switch between 22 cross laser lines for rapid scanning of medium to large objects and 7 parallel laser lines for high-definition scanning of intricate details.
• High Scanning Speed: Capable of processing up to 660,000 points per second, ensuring swift and accurate data capture.
• Wide Scanning Range: Effectively scans objects ranging from as small as 5×5×5 mm³ to as large as 4000×4000×4000 mm³, accommodating a diverse array of scanning needs.
• Spray-Free Scanning: Efficiently scans black and metallic objects without the need for surface treatment, simplifying the scanning process.
• NIR Structured Light Scanning: Utilizes near-infrared structured light for marker-less scanning, equipped with a unique face mapping algorithm that captures more details and easily scans hair.

Technical Specifications:

• Scanning Modes: Blue Light: 7 parallel laser lines and 22 cross laser lines
• NIR (Infrared Binocular Structured Light): Infrared structured light scanning

Accuracy:

• Blue Light Mode: Up to 0.02 mm
• NIR Mode: Up to 0.075 mm

Volumetric Accuracy:

• Blue Light Mode: 0.02 mm + 0.08 mm/m
• NIR Mode: 0.075 mm + 0.1 mm/m

Scanning Speed:

• Blue Light Mode: Up to 660,000 measurements/s
• NIR Mode: Up to 3,580,000 measurements/s

Single Capture Range:

• Blue Light Mode: 270 mm × 170 mm @ 300 mm; 341 mm × 232 mm @ 400 mm; 397 mm × 290 mm @ 500 mm
• NIR Mode: 630 mm × 550 mm @ 1000 mm

Working Distance:

• Blue Light Mode: 160 mm – 400 mm
• NIR Mode: 170 mm – 1000 mm

Outdoor Scanning Capability:

• Blue Light Mode: Effective under ambient light below 50,000 lux
• NIR Mode: Effective under ambient light below 30,000 lux

System Compatibility: Supports Windows 10/11 (64-bit) and macOS 11.7.7 and above, with specific hardware requirements for optimal performance.