3D Scanner

GoodCut FreeScan Trio 3D Laser scanner With 0.02mm Accuracy

GoodCut FreeScan Trio 3D Laser scanner With 0.02mm Accuracy

Scan Accuracy Up to 0.02mm
Scan Speed Up to 3,010,000 points/s
Laser scanning
Laser scanning
Product description:
INQUIRY EMAIL

FreeScan Trio

World's First Marker-Free Handheld Laser 3D Scanner

Accuracy of 0.02 mm with markers
Speed up to 3,010,000 points/s
Three 5 megapixel cameras
4 scanning modes and built-in photogrammetry

Speed and Efficiency Redefined

The FreeScan Trio redefines speed and efficiency with its 98 laser lines that enable marker-free scanning. It can deliver up to 3,010,000 points per second. Less preparation, more efficiency.

The Power of Three 5MP Cameras

With three industrial cameras, each wielding 5MP, the FreeScan Trio brings out the most elaborate details and high-quality 3D data.

Certified and Guaranteed Results

Under the scan modes with markers, the FreeScan Trio consistently provides high-precision scanning results with an accuracy of 0.02 mm.

Quick On-Site Inspection

Simplify operations and enhance fast quality check for various on-site inspection tasks.

FreeScan Trio Features

Intelligent Self-Positioning Technology No Markers Scan Mode FreeScan Trio introduces advanced intelligent self-positioning technology to streamline the scanning process. With 98 laser lines, it eliminates the need for markers, and achieves a fast scan speed of up to 3,010,000 points per second. 3 Industrial 5MP Cameras With three industrial cameras, each wielding 5MP, FreeScan Trio brings out the most elaborate details and high-quality 3D data.
	Perfect High Details Capture FreeScan Trio delivers exceptional high-details capture, ensuring intricate data acquisition with or without markers.
Deep Hole Mode Both 26 and single laser lines of FreeScan Trio are capable of scanning holes, deep pockets and fin walls, thanks to its optimized camera angles and advanced scanning modes.
	Video Photogrammetry (VPG) FreeScan Trio features SHINING 3D’s patented video photogrammetry (VPG), which eliminates the need for coded markers. This ensures consistent volumetric accuracy and streamlines the setup process for efficient large-object scanning.