FreeScan UE Pro 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.
For High Precision Metrology-Grade Inspection
FreeScan UE Pro inherits the high-precision, metrology-grade accuracy, and lightweight design of FreeScan UE, while enhancing the ability for fine scanning and global precision control of large-scale workpiece scanning.
Metrology-Grade High Accuracy
Accuracy of 0.02mm, delivers consistent scanning results with high precision.
Global Precision Control
Integrated video photogrammetry (VPG) function no need to apply coded markers, quickly locks the spatial position of the marker frame.
Multiple Scanning Modes
13 cross laser lines to scan large objects quickly, 7 parallel laser lines to scan fine details and single laser line for deep hole and pocket area scanning.
Easy Operation
Inheriting the lightweight and ergonomic design of the UE series, the user-friendly scanning software enables an easy operation and shortens the learning curve.
High-accuracy Scanning for Small to Large-Scale Objects
With built-in photogrammetry, the FreeScan UE Pro achieves high accuracy and exceptional detail capture, accommodating objects of diverse sizes from small to large. It seamlessly addresses a wide array of industry applications and performs exceptionally well, even in outdoor scanning environments.
Unrelenting Accuracy and Precision
For quality control, inspection, and reverse engineering, its 0.02 mm accuracy* and high-precision performance ensure consistent, dependable results.
*Based on VDl/VDE 2634, sphere-spacing errors are assessed with traceable length artifacts and markers by measuring these at different locations and orientations within the working volume. Assessment takes place in an accuracy lab certified to ISO/IEC 17025:2017 standards under controlled environmental conditions: temperature maintained at 20 ± 0.5℃ and humidity between 40% to 60% RH.
Video Photogrammetry (VPG)
Multiple Scanning Modes
- 26 laser lines: 600x550mm FOV for fast 3D scanning
- 7 laser lines: Industrial-grade, 3.2MP cameras to capture exceptional detail
- 1 single laser line: Optimized camera angle for pockets and holes
Fine and Rich Details
Equipped with 3.2 Megapixel higher resolution cameras and 7 parallel laser lines, the FreeScan UE Pro facilitates detailed object scanning, ensuring accurate restoration of fine details.
Special Pricing for Reverse Engineering Bundle
Enhance your engineering and design capabilities with our professional reverse engineering bundle, featuring the FreeScan UE Pro 3D Scanner and EXModel. This combination offers precise and efficient solutions tailored for industries requiring detailed reproduction of objects into digital CAD models.
Our Support Coverage
At SHINING 3D, we don’t just provide devices – we deliver customized solutions, global support, and a commitment to your success. From intuitive tools to calibrated accuracy, we’re here to empower your work.
Enhance your Scan Experience with the FreeScan UE Pro Software
Step-by-step Guidance
FreeScan UE Pro software will guide you through the 3D scanning process, from calibration to 3D scanning and data editing.
Laser Real-time Mesh Scanning
Scanning real-time mesh data directly reduces unnecessary processing processes and improves user efficiency
Data Quality Indicator
The data quality color indicator in laser mode is added. The quality of scanning data is displayed in color.
Partial HD Mode
Capable of high resolution setting to partially scan area of large volume object with rich and fine detail
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The FreeScan UE Pro is offering a high degree of flexibility, regarding object sizes in a metrology-grade 3D scanner. Besides an HD scan mode, different focus distances and the capability of using onboard Photogrammetry.
Client,
3D Scan Academy
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Inheriting the FreeScan UE series' superior accuracy, resolution and usability the FreeScan UE Pro model introduces a patented built-in photogrammetry module that increases volumetric accuracy and does not require coded targets.
Jack Davies and Tom Bolton,
3DGBIRE