Creality RaptorX Wireless 3D Scanner with Hybrid Blue Laser and NIR Technology

The Creality RaptorX delivers next generation professional 3D scanning with the world’s first wireless hybrid blue laser and NIR scanning system. Featuring metrology grade accuracy up to 0.02mm, advanced 34 + 7 laser lines and fast WiFi 6 data transmission, it captures highly detailed scans with speed and precision. Designed for objects from 5mm to 4000mm, the portable wireless design makes it ideal for industrial inspection, reverse engineering, 3D modelling and large scale creative projects.
Key Features:

• Features:
• Worlds first wireless hybrid blue laser and NIR scanner
• 34 + 7 blue laser line system
• Portable wireless scanning design
• Metrology grade accuracy up to 0.02mm
• Scans objects from 5mm to 4000mm
• Fast WiFi 6 data transmission
• High detail industrial grade scanning performance
• Suitable for large and small object scanning
• Designed for reverse engineering, inspection and 3D modelling
• Specifications/Attributes:
• Scanning Mode: 7 Blue Parallel Laser Lines, 34 Blue Parallel Laser Lines (Cross) and NIR (Infrared Binocular Structured Light)
• Accuracy Up To: 0.02mm and 0.05mm
• Volumetric Accuracy: 0.02mm+0.06mm/m and 0.05mm +0.1mm/m
• Scanning Rate: 420,000 measurements/s, 1,020,000 measurements/s and 3,580,000 measurements/s
• Single Capture Range:
• 270mmx170mm at300mm
• 270mmx170mm at 300mm
• 341mm x 232mm at 400mm
• 397mm x 290mm at 500mm
• 452mm x 348mm at 600mm
• 665mm574mm at 1000mm
• Working Distance: 150 to 400mm, 200 to 600mm and 170 to 1000mm
• Outdoor Scanning: 50,000 lux, 100,000 lux and 30,000 lux
• System Support:
• Windows 10/11(64 bit): i7 Gen10 and above, Nvidia graphics card (8GB video memory and above), 32GB memory and above
• Minimumi7 Gen7, Nvidia graphics card (6GB video memory), 16GB memory
• macOS: 11.7.7 and above, Apple M1/M2/M3 series processors RAM: 16GB and above
• Wireless Scanning: Supported
• Note: Accuracy is evaluated in laboratory conditions (measurement object is 100mm sphere pair) and actual results may be affected by operating environments such as temperature, vibration and other factors.