- Stock: In Stock
- Product code: 00-00011616
- Weight Brutto: 1.10kg
Creality CR-Scan Raptor Laser-Infrared 3D Scanner
The new Creality CR-Scan Raptor hybrid 3D scanner operates using a combination of blue laser and infrared structured light technologies, enabling it to scan across a wide range of object sizes and on a variety of materials — even without positioning markers or 3D scanning powder.
It is a metrology-grade scanner that delivers digital data with accuracy up to 0.02 mm.
The CR-Scan Raptor is a versatile and easy-to-use 3D scanner. The built-in anti-vibration system improves data quality. It scans in 24-bit colour, can read metallic and black surfaces without matt sprays, and works with objects ranging from 5 to 2000 mm³.
It is the first consumer blue multi-line laser 3D scanner aimed at professionals and enthusiasts alike. An excellent, affordable device for quickly capturing detailed 3D models with accurate colour reproduction.
CR-Scan Raptor — Metrology-Grade 3D Scanner
- 7 parallel blue laser lines + infrared structured light.
- Metrology-grade accuracy up to 0.02 mm.
- Scanning speed of up to 60 frames per second.
- Suitable for scanning objects from 5 to 2000 mm³.
- Sharper edges and richer detail capture.
- Anti-shake for smooth, stable scanning.
- Scans black and metallic surfaces without sprays.
- Marker-free scanning supported.
- Full 24-bit colour scanning.
- Lightweight and compact: dimensions 215×50×74 mm, weight just 372 g.
Blue Laser & IR Light — Scan Effortlessly in Any Condition
The CR-Scan Raptor combines an innovative blend of blue laser and infrared light sources, covering the scanning of small, medium, and large objects — meeting the demands of a wide variety of industrial 3D Scanning scenarios.
Dual-colour texture LEDs help produce more realistic scan results.
- Blue light — provides supplementary illumination for laser line scanning.
- White light — used to enhance the vibrancy of colour textures.
7 Parallel Blue Laser Lines
Metrology-grade accuracy in laser scanning mode can reach 0.02 mm. The 7 parallel blue laser lines are designed for fine detail scanning, with a laser line width of just 0.1 mm — delivering sharper, higher-quality Point Cloud edges.
Infrared Structured Light Scanning Mode
Marker-free scanning. The CR-Scan Raptor uses 3D imaging with point matching. No markers are required for multi-feature parts. Objects can be scanned quickly and directly.
High-Speed Scanning Beyond Expectations
- Blue light scanning speed of up to 60 frames/s.
- IR scanning speed of up to 20 frames/s.
Unique Face & Body 3D Scanning Algorithm
In "Face & Body" mode, the Creality CR-Scan Raptor 3D scanner is equipped with a unique facial mapping algorithm that captures greater detail, and a full body scan takes just 2 minutes.
Precise and Detailed Scanning
An advanced temperature compensation algorithm improves thermal stability and ensures consistent accuracy.
High-Performance Optical Structure
- Lens with a large 20 mm depth of field
- Low-distortion lens <5%
- 9-element glass lens
- Metal lens mount and holder
The CR-Scan Raptor covers both short- and long-range scanning and maintains good stability at high and low temperatures, ensuring reliable measurement scan results.
Universal Scanning for Every Size
By combining line lasers with infrared structured light, the CR-Scan Raptor can scan objects ranging from 5×5×5 mm³ up to 2000×2000×2000 mm³. Effortlessly scan small figurines, screws, faces, human bodies, automotive components, and more.
Anti-Shake for Smooth Scanning
Equipped with One-Shot 3D imaging technology, the CR-Scan Raptor is inherently stable and less prone to tracking loss. The fast reverse tracking speed ensures smoother handheld scanning.
Scan Black and Metallic Objects Without Sprays
Even without scanning spray, you can scan cars, automotive parts, tyres, and other black or metallic objects to achieve the desired model result.
Full 24-Bit Colour Scanning
Fitted with 12 circular texture LED lights, it boosts colour display brightness in low-light environments and faithfully reproduces the colours of the scanned object.
Intuitive One-Handed Control
The indicator provides real-time feedback on scanning status. Combined with the physical buttons, it offers comfortable and straightforward control.
Weighing just 372 g, it effectively reduces fatigue during extended use. It features a non-slip grip and a detachable wrist strap.
High-Precision Glass Calibration Plate
Uses a high-precision glass substrate calibration plate for calibration, maintaining the scanner's high accuracy and ensuring consistent measurement reliability.
Specifications
Scanning mode: Blue light (7-line blue laser) / NIR (binocular infrared structured light).
Blue Light Mode (7-Line Blue Laser):
- Accuracy: up to 0.02 mm at 100 mm
- 3D resolution: 0.02–2.00 mm
- Scanning speed: up to 60 frames per second
- Minimum scan volume: 5×5×5 mm
- Single capture range: 270×170 mm at 300 mm
- Working distance: 150–400 mm
- Colour mapping: yes
- Alignment mode: markers
Binocular Infrared Structured Light Mode:
- Accuracy: up to 0.1 mm
- 3D resolution: 0.1–2.0 mm
- Scanning speed: up to 20 frames per second
- Minimum scan volume: 150×150×150 mm
- Single capture range: 930×580 mm at 1000 mm
- Working distance: 170–1000 mm
- Colour mapping: yes
- Alignment mode: markers / geometry / texture
General Parameters:
- 3D imaging camera resolution: 1920×1200
- Supplementary colour light: 12 white LEDs
- Marker recognition enhancement: 12 infrared LEDs
- Laser safety: Class I (eye-safe)
- Buttons: mechanical
- IMU: yes
- Output format: OBJ, STL, PLY
- Input power: 12 V 2 A
- Data interface: Type-C, USB 3.0
- Device dimensions: 215×50×74 mm
- Device weight: 372 g
- Calibration plate: high-precision glass calibration plate
- Wireless scanning: supported in combination with future wireless scanning accessories
- System support: Windows, macOS
- Operating temperature: -10°C to 40°C
- Operating humidity: 0–90% RH
Accuracy is evaluated under laboratory conditions (the measurement object is a pair of spheres with a 100 mm diameter). Actual results may be affected by working environment factors such as temperature, vibration, and others.
