Creality CR-Scan Raptor

The CR-Scan Raptor 3D scanner from Creality represents a significant advancement in metrology-grade 3D scanning technology, offering exceptional performance through its innovative combined use of blue laser and infrared light sources. Designed to cater to a broad range of scanning needs, this device accommodates objects of various sizes, from small figurines and bolts to complex components like human bodies and automobile parts, with a scanning range spanning from 5 to 2000 mm. Its precise measurement capabilities, with an accuracy of up to 0.02 mm, ensure the capture of sharp edges and intricate details, making it a versatile tool for diverse industrial 3D scanning scenarios.

Video 1: The features of the CR-Scan Raptor scanner. Source: Elegoo.

A notable feature of the CR-Scan Raptor is its use of seven parallel blue laser lines, which provide highly detailed scanning with a single laser line as thin as 0.1 mm. This technology enables the scanner to capture sharper and clearer edges, essential for producing high-fidelity 3D models. Complementing this is the infrared structured light scanning, which utilizes speckle matching 3D imaging techniques. This approach eliminates the need for markers and ensures feature-rich final results, further enhanced by the scanner's high-speed performance. The blue light scanning can reach speeds of up to 60 fps, while the near-infrared (NIR) scanning operates at up to 20 fps.

Image 1: The 7 parallel blue laser lines enable fine scanning details. Source: Creality.

The CR-Scan Raptor is equipped with an advanced temperature compensation algorithm that optimizes temperature stability and ensures accurate results across a range of environmental conditions. The scanner's design features a 20 mm diameter lens with low distortion (less than 5‰), incorporating a 9-element glass lens housed in a robust metal lens barrel and holder. This design supports both near and far distance scanning, providing reliable performance even in high and low-temperature environments. The inclusion of One-Shot 3D imaging technology further stabilizes the scanner and reduces the likelihood of tracking loss due to shakiness, with fast backtracking speeds ensuring smoother handheld scanning.

Image 2: The high performance lens design of the CR-Scan Raptor scanner. Source: Creality.

To enhance its functionality in various lighting conditions, the CR-Scan Raptor is fitted with 12 circular LED texture lights. These lights improve color mapping in low-light environments and accurately represent the object's color. The dual-color LED system includes blue lights for supplementary laser line illumination and white lights to enhance color texture brightness. This feature allows the scanner to effectively capture the details of black or metallic/reflective objects, such as car parts and tires, without the need for scanning spray.

Image 3: The dual-color LED system aids the scanning of black or metallic objects. Source: Creality.

The CR-Scan Raptor offers an intuitive user experience with a ring indicator light that provides real-time feedback on scanning status. The device features ergonomic buttons and is designed for easy one-handed control, weighing only 372 grams to minimize user fatigue during extended use. Additionally, the scanner includes an anti-slip sleeve and a detachable lanyard for enhanced handling. A high-precision glass calibration board is also provided to maintain the scanner's accuracy over time.

Image 4: The scanner's smart and ergonomic design makes for a great user experience. Source: Creality.

In terms of system requirements, the CR-Scan Raptor is compatible with Windows 10/11 (64-bit) systems equipped with an i7-Gen7 processor, Nvidia graphics card with 6 GB of video memory, and at least 16 GB of RAM. For macOS users, it supports version 11.7.7 and above, with Apple M1/M2/M3 series processors and a minimum of 16GB RAM.

Image 5: The possible applications of the CR-Scan Raptor scanner. Source: Creality.

The CR-Scan Raptor is ideally suited for a variety of professional applications, including metrology-grade inspection, reverse engineering, automotive parts analysis, medical imaging, mold manufacturing, augmented/virtual reality (AR/VR) development and more. Its advanced features and versatility make it a valuable asset for professionals seeking high-quality, accurate 3D scanning solutions.