Creality CR-SCAN 01

CREALITY CR-SCAN 01

Creality CR-SCAN01 3D modeling scanner adopts intelligent large-scale alignment algorithm to ensure automatic matching without manual grid alignment, calibration, or the use of markers.

No labeling point required:

• Scanning distance: 15,75-35,45 inches (40-90 cm)
• Working range: 11,80-19,70 inches (30-50 cm)
• Scan resolution: 0,5mm
• Image size: 536x378
• 10 frames per second accuracy: 0,1mm

Humanized software:

Concise UI design, easy to operate during operation. Powerful modeling processing methods, automatic filling repair, automatic color repair, automatic substrate recognition, non-destructive mesh simplification, automatic smoothing and denoising, to ensure the scanning needs of various fields.

OBJ/STL output:

Output standard file formats, including stl and obj. Compatible with all mainstream FDM and light-curing printers. It also greatly saves your time for learning 3d modeling software or modeling complex models (such as human bodies, faces, etc.). Whether you are a maker, designer, educator, student, or enthusiast, you can guarantee the scanning needs in all fields.

2 Scan Modes:

Handheld scanning is more flexible, supports scanning objects of different sizes without marking points. With turntable and tripod, one-click automatic scanning, support multiple poses aligned automatically to get a more complete model

Automatic Multi-Pose Alignment & Powerful Model Processing Method:

High-precision matching algorithm based on color and structure features, realizing multiple scan automatic synthesis function. Model editing, automatic filling repair, automatic color repair, automatic substrate recognition, non-destructive mesh simplification, automatic smooth denoising, give you a great scanning experience.

Wide application

This small and portable 3D scanner captures life in a three-dimensional way, turning abstract into the concrete. It is widely used in 3d printing, animation design, art, industrial design, reverse engineering, 3d modeling, manufacturing, medical modeling, etc.