Shinning 3D Autoscan DS EX Pro
Shinning 3D Autoscan DS EX Pro
Overview
Shinning 3D Autoscan DS EX Pro With increased scan speed, a single jaw scan can be finished in 12 seconds. The entire process of a separate-die order can be completed within 2 minutes and a non-separated-die order within 2.5 minutes.
Key Highlights
STATIC & DYNAMIC ARTICULATOR SCAN
Apart from the existing static scanning mode, a new dynamic scanning mode is now available to capture the full relationship of both jaws and further improve precision of occlusion. This added feature is easy to operate and will result in greater efficiency.
FULL RANGE OF ARTICULATORS
The AutoScan-DS-EX Pro supports scanning multiple types of articulators on the market.
OPTIMIZED NON-SEPARATED MODEL SCAN
Intelligent path planning for non-separated model scan ensures optimum scan results and higher efficiency.
INTELLIGENT ADD-SCAN
When it comes to gaps, the AutoScan-DS-EX Pro can compute an optimized scan path and rescan to fill the unscanned holes automatically. Users don’t have to rescan manually.
Technical Specification
| Heading | Dimension |
|---|---|
| Camera resolution | 1.3 MP |
| Scan time | 8 s for bite scan; 12 s for upper/lower jaw scan; 13 s for 1-4 dies scan; 21 s for 5-8 dies scan; 58 s for impression scan |
| Output format | STL / OBJ / PLY |
| Dimensions | 260x270x420 mm |
| Weight | 5 kg |
| Interface | USB 3.0 |
| Power Supply | DC24 V |
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FAQ's
The new dynamic scanning mode in the AutoScan-DS-EX Pro complements the existing static scanning mode by capturing the full relationship of both jaws. This enhances precision in occlusion and contributes to greater efficiency. The added feature is easy to operate, providing users with an advanced scanning capability.
The AutoScan-DS-EX Pro supports scanning multiple types of articulators available in the market. This ensures versatility and compatibility, allowing practitioners to use a full range of articulators with the scanner.
The AutoScan-DS-EX Pro features intelligent path planning for non-separated model scans. This optimization ensures optimum scan results and higher efficiency when dealing with non-separated models, providing users with precise and streamlined scanning capabilities.
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