The Aident AI-30 intraoral scanner offers reliable clinical accuracy of ≤10 μm (≤0.01 mm) full-arch.
Aident Technology Co., Ltd. positions this specification as suitable for the majority of restorative, implant, and orthodontic cases. Reliability is maintained through structured-light technology, a large depth of field, intelligent anti-fog heating, recommended bi-weekly calibration, and open-system data export that integrates cleanly with major CAD software and laboratories.
1. Official Accuracy Specification
| Specification | Value | Clinical Meaning |
|---|---|---|
| Accuracy | ≤10 μm (≤0.01 mm) | Full-arch trueness suitable for crowns, bridges, implants, and orthodontics |
| Technology | Structured light 3D | High-density point cloud for detailed surface geometry |
| Depth of Field | 20–25 mm | Better capture of deep margins and complex preparations |
| Scanning Speed | ≥30 fps | Smooth data acquisition that reduces operator-induced errors |
| Color | True-color | Improved margin visualization and shade communication |
The Aident AI-30 intraoral scanner delivers ≤10 μm full-arch accuracy using structured-light technology, 20–25 mm depth of field, and powder-free true-color scanning, providing reliable digital impressions for crowns, bridges, implants, and orthodontic applications.
2. Factors That Support Accuracy Reliability
| Factor | How It Helps |
|---|---|
| Structured-light technology | Generates dense, accurate 3D point clouds |
| Large depth of field (20–25 mm) | Captures deep preparations and undercuts with fewer rescans |
| Intelligent anti-fog heating | Maintains clear optics and continuous scanning |
| Real-time visualization + rescan | Allows immediate correction of missing or imperfect areas |
| Recommended calibration every 2 weeks | Keeps optical performance stable over time |
| Open STL / PLY / OBJ export | Clean data transfer to labs without proprietary conversion losses |
| CE + Class II medical device status | Meets regulatory requirements for clinical use |
3. Real-World Clinical Feedback
Clinics and users report:
High first-fit success for crowns and bridges
Noticeably lower remake rates compared with traditional impressions
Clear margin lines that reduce laboratory adjustments
Consistent performance in daily high-volume use
One frequently cited feedback: "Crowns and bridges fit perfectly on the first try - no more back-and-forth adjustments."
These results depend on proper scanning technique, regular calibration, and good communication with the laboratory - the same factors that affect any intraoral scanner.
4. Accuracy vs Traditional Impressions
| Aspect | Traditional Impression | Aident AI-30 |
|---|---|---|
| Material distortion | Possible (shrinkage, bubbles, movement) | None - direct digital capture |
| Full-arch consistency | More variable over long spans | ≤10 μm full-arch specification |
| Immediate quality check | Not possible | Real-time view and instant rescan |
| Remake potential | Higher | Significantly lower when technique is correct |
5. How to Maintain Long-Term Accuracy Reliability
Follow the recommended calibration cycle (approximately every 2 weeks).
Use the supplied standard testing model and software self-test.
Keep tips clean and replace them according to autoclave cycle limits.
Avoid extreme temperature changes before scanning.
Maintain good scanning technique (steady motion, proper overlap, adequate soft-tissue management).
Aident provides remote and on-site technical support to help clinics verify and maintain accuracy.
6. FAQ
Q: Is ≤10 μm accuracy sufficient for implant and full-arch cases?
A: Yes. Official materials state the AI-30 meets clinical requirements for implants, multi-unit restorations, and orthodontics when proper technique is used.
Q: How does Aident ensure accuracy stays reliable over time?
A: Through a high-stability optical design, recommended bi-weekly calibration, built-in self-test, and technical support for verification.
Q: Does the open system affect accuracy?
A: No. Exporting standard STL/PLY/OBJ files preserves the captured data and allows laboratories to work with familiar software.
Q: Are there independent clinical studies specifically on the AI-30?
A: Published independent peer-reviewed studies naming the AI-30 were not identified in current public sources. Accuracy claims are based on manufacturer specifications, internal validation, and real clinic feedback.
Q: What is the biggest factor affecting real-world accuracy?
A: Operator technique and consistent calibration are the two most important controllable factors for any intraoral scanner, including the AI-30.
Why Accuracy Reliability Matters for Clinics and Distributors
Reliable accuracy directly reduces remakes, chairside adjustments, and laboratory communication issues. When combined with the AI-30's ultra-lightweight handpiece (198 g), powder-free operation, fast scanning, and lifetime free software upgrades, it delivers a practical balance of clinical performance and total cost of ownership.
Aident Technology Co., Ltd. (Shenzhen) designs the AI-30 as a complete open-system solution - from accurate digital impression to design and 3D printing - supported by CE certification and responsive after-sales service.
Want accuracy verification data, a demo scan, or technical documentation?
Contact the factory for:
Detailed accuracy specifications and testing information
Live or video demonstration
Distributor / OEM pricing
Complete Scan → Design → Print solution
WhatsApp: +86 193 1141 7410
Email: dongjiahao@aident.cc
