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.
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
Innovation Meets Every Inspection
FreeScan Trio is the industry's first marker-free handheld 3D scanner that owns the unique innovative techologies to address a wide range of inspection tasks.
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.
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)
Certified Metrology Accuracy
Metrology Kit
Magnetic marker balls for fast setup and easy positioning, Metrology Kit is perfect for handheld laser 3D scanners with smooth scanning workflows.
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.
INSPECT ON THE MOVE
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SHINING 3D Metrology brings precision measurement from isolated labs directly to the shop floor and beyond, enabling real-time quality assurance across every stage of production.
What You Can Achieve with Our Scanners
Discover the ways in which integrating our scanners into your workflow can enhance efficiency and help you achieve remarkable results.
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Automotive
With high scanning speed, fluency, and accuracy, the FreeScan Trio can significantly reduce the number of iterations in your process. It is an ideal choice for scanning vehicle bodies for surface deviation analysis and detecting the positional accuracy of sheet metal holes.
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Civil Aviation
With high scanning speed, fluency, and accuracy, the FreeScan Trio can significantly enhance scanning efficiency without sacrificing accuracy. Especially with its built-in photogrammetry, it can elevate volumetric accuracy for large plane engines, aircraft fuselages, and other large parts.
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Energy, Heavy Industry & Public Utilities
The metrology-grade camera, built-in photogrammetry, and good portability allow the scanner to accurately capture data both indoors and outdoors. It excels at obtaining precise data for large objects such as water turbines and petroleum drill bits, facilitating deformation and damage detection.
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Engineering Machinery & Other Transportation
Equipped with three laser line modes, good portability, and metrology-grade accuracy, the FreeScan Trio allows you to scan efficiently and accurately both indoors and outdoors. It is ideal for scanning hull accessories, and tracks for rail transit, as well as for inspection and reverse engineering.
3D Model Gallery
FreeScan Software
Intuitive & Powerful
AI Feature Recognition
Intelligent boundary detection provides fast, precise measurement of round holes, rectangular holes, and slots, ensuring high-quality and high-accuracy data capture.
Flexible Resolution
Be able to change the resolution later according to your need, without restarting the project.
Real-Time Display of Mesh Data
Our streamlined software displays mesh data in real time, enhancing visual quality and saving time on meshing later on.
Data Quality Visualization
Allows the collected data quality to be visualized directly in the software.
Customized Scanning Template
Save time and ensure measurement consistency by using customizing scanning settings. No need to set parameters manually.
Technical Data
- High Speed Scan 26 laser lines
- Detailed Scan 7 parallel laser lines
- Deep Hole Scan 26 / single laser lines
- No Markers Scan 98 laser lines
- Large Parts Photogrammetry mode, no coded markers required
- Accuracy 0.02 mm
- Volumetric Accuracy 0.02 + 0.015 mm/m (with photogrammetry)
- Scan Speed Up to 3,010,000 points/s
- Max. FOV 650 x 580 mm
- Point Distance 0.01 ~ 3 mm
- Certifications CE, FCC, ROHS, WEEE, KC, FDA, UKCA, IP50, TISAX
- Accuracy Certification VDI/VDE 2634 Part 3 & ISO 10360 Certified (Tested in the ISO/IEC 17025 Accredited Accuracy Lab)
Our Expertise, Your Advantage
20
years experience
400
authorized patents
200
3D scanners sold worldwide
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FreeScan Trio is super impressive! A clear step up in terms of simplifying work and dereasing time management, and especially the scan speed is a very big improvement.
Daniel Delcev,
AnimalRacing
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It's amazing, lightweight and really fast. The whole scan of an old NSU carframe took less than 20 mintues, and the data looks really pretty.
Thomas Kropp,
D3 Systeme
Frequently Asked Questions
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Can the FreeScan Trio scan black and reflective surface objects?
Yes. The FreeScan Trio has a laser scan mode, which is less sensitive to ambient light and thus delivers a better performance in scanning reflective and dark-colored surfaces. -
Can the FreeScan Trio be used without markers?
Yes. When the object has rich geometric features, FreeScan Trio's 98-line mode can use feature alignment mode without markers. -
What data formats can I get with FreeScan Trio?
FreeScan Trio software can export data in various formats such as ASC, OBJ, STL, and PLY. -
How does 3D scanning improve quality control compared to manual measurement and CMMs?
3D scanning captures the full 3D geometry of a part in one measurement. Compared to manual tools, it enables 100% surface inspection, reduces operator errors, and detects shape deformations often missed in key-point checks. Compared to CMMs, it is faster and provides richer data, especially for complex or freeform surfaces.
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Can the FreeScan Trio scan large objects with good accuracy?
Yes. The FreeScan Trio has a built-in photogrammetry function, which can achieve an accuracy of up to 0.02 mm + 0.015 mm/m. -
Is the scanner certified or traceable to standards?
Yes. The scanner provides inspection reports and calibration certificates traceable to international standards such as VDI/VDE 2634 and ISO 10360 (subject to the actual certificates issued). All calibration and verification procedures are performed in SHINING 3D’s accredited Accuracy Lab, which operates in accordance with ISO/IEC 17025 requirements.
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How is an industrial 3D scanner calibrated?
SHINING 3D scanners are calibrated using certified artifacts or calibration panels traceable to metrology standards. Regular calibration ensures measurement traceability, maintains accuracy, and aligns the scanner with quality management requirements. -
How is 3D scanning used for reverse engineering and 3D inspection?
3D scanning is used for reverse engineering by capturing the exact geometry of a physical object and converting it into a digital 3D model or CAD file when original design data is unavailable. For 3D inspection, scanned data is compared with the CAD model to quickly identify dimensional deviations, ensuring parts meet design and quality requirements.