[3D Scanning Test] EinStar Full-Color Ultra-High-Speed ​​3D Large-Area Scanning

[3D Scanning Test] Shining3D EinStar Full-Color Ultra-High-Speed ​​3D Scanning, Large Scanning Area, and Super High Cost-Performance Ratio!

Shining 3D EinStar handheld 3D full-color ultra-high-speed scanner revolutionizes the market with its ultra-high cost-performance ratio and large scanning range. Scanning medium and large objects is no longer choppy. See the real-world testing results for large model scanning!

I. Unboxing Contents

1. Anti-slip wristband
2. Scanner body
3. Data cable
4. Transformer 12V/5A
5. Power cord
6. Calibration plate
7. Marker Points
8. Quick Guide

II. Calibration Steps
The Shining 3D EinStar comes with a dedicated "calibration plate." Before starting a 3D scan , simply follow the software instructions to align the scanner frame and perform calibration to easily complete the system calibration. This is done in two steps: quick calibration, which requires capturing images from five different angles (up, forward, backward, left, and right); and white balance, which involves slowly and smoothly moving the scanning device up and down until the software indicates the appropriate height. At this height, the scanning device will automatically capture the image and complete the white balance calibration.

II. Start 3D Scan
The Shining 3D EinStar boasts an exceptionally large scanning area of ​​434 x 379 mm, enabling rapid and efficient scanning in a single session. For this scan of the Thanos glove, approximately 30cm tall, a turntable was recommended for free rotation of the model, capturing all details in just about 20 minutes. Since the gems on the Thanos glove are transparent, it is recommended to use AESUB Orange 3D scanning powder ; the developer will automatically disappear without cleaning ( click here: AESUB Blue vs. Orange: Evaporation Time and Effect Comparison ).

III. Software Operation
EXStar software boasts a visually intuitive and user-friendly interface, featuring a variety of advanced functions, guided scanning capabilities, and more, enabling easy acquisition of complete, high-quality point cloud data. After the calibration process, the scanning phase begins, offering both human and object-based scanning modes. Users can select the most suitable mode based on the current situation.

The device has a start/stop scanning button. The preview window shows a preview of the physical focus image, while the central area displays the real-time scanning image. The far left indicates the appropriate scanning distance range, the bottom indicates too close a distance, and the top indicates too far a distance. Try to keep the distance within the middle range.

After the scan is complete, use the built-in tools such as rectangle/polygon/lasso selection to delete unwanted areas. Then press Generate Point Cloud.

After confirming that there are no other unrelated objects in the scanned object, press the model envelope button. Select the fully enclosed model; the save output format can be PLY, OBJ, STL, or 3MF.

The 3D scan of the Thanos glove reveals intricate details, including high-precision imaging of color variations, finger joints, and the rock texture of the base, perfectly recreating the thrill of a flick of the finger!
Shining 3D EinStar can scan various objects and quickly obtain accurate 3D data. Combined with 3D technology, it can save you a lot of time and expand your infinite imagination, whether it is reverse engineering to create rare parts, replicating and restoring works of art, or customizing medical aids!

SanDima offers more than just 3D printing . Contact us today to learn more about the SHINING series 3D scanners .