3S Intraoral Scanner

Ownsmile’s Dental Intraoral Scanner 3S offers cutting-edge solutions for digital dental procedures. Designed to provide efficient, precise, and highly detailed intraoral scanning, this device enhances communication between dentists and patients while ensuring high-quality results. Its combination of advanced technology, speed, and user-friendly features makes it an ideal tool for modern dental practices, streamlining both the scanning process and patient experience.

  • 200g
    Weight
  • <10μm
    Precision
  • 1-2 min
    Faster Scan
3S Intraoral Scanner Featured Image

Discover the Features of Digital Dentistry

3D True Color Technology
Delivers realistic color reproduction, enhancing patient communication and improving treatment outcomes through clearer visualizations, all while being supported by a lightweight design.
AI Scan
Fast Scanning Speed
Lightweight Handpiece
High Precision
Heating Anti-Fog System
Autoclavable Tips
Multilingual Support
Metal Scan

Real-Time Review of Intraoral Scans

Provides immediate feedback, allowing dentists to review and view scans in real time on the screen during the procedure. This enables practitioners to ensure the accuracy of scans as they are being captured, offering the opportunity for adjustments and corrections if needed. This ultimately enhances the quality of the final restoration and patient satisfaction.

Automatic Report Generation for Dental Practices

The AI-powered system of the Intraoral Scanner 3S automatically generates comprehensive oral health reports based on the scans, which can be viewed on the screen, providing detailed insights into the patient’s oral condition. These reports assist dentists by highlighting areas of concern such as lesions, undercuts, and other issues. This feature makes it easier to communicate findings with patients and supports informed clinical decision-making.

Clinic Efficiency

Intraoral scanners play a crucial role in enhancing clinic efficiency by streamlining the workflow and reducing the time required for dental procedures. With the ability to capture digital impressions in seconds, intraoral scanners eliminate the need for traditional impression methods, which are often time-consuming and prone to errors. This allows dentists to focus on more complex and high-value tasks, ultimately improving productivity and patient care. The accurate 3D models generated by intraoral scanners can be used to create custom-made medical devices such as crowns, bridges, and dentures, further enhancing the efficiency of dental treatments. By improving clinic efficiency, intraoral scanners help dentists to reduce costs, increase productivity, and provide better patient care, making them an invaluable tool in modern dental practices.

Tech Specs

Tech Specs Image
Dimension (L x W x H) 240mmx49.5mmx30.5mm
Weight 200g
Standard tip size 79mmx19.7mmx15.8mm
Mini tip size 80mmx16mmx11mm
Scan area(Standard) 15mmx15mm
Scan area (Mini) 12mmx12mm
Depth of field 15mm
Autoclavable Up to 100 times Autoclavable 121°C 16 mins | Autoclavable 134°C 4 mins
Crown <10μm
Full arch <20μm
Single arch 30 s
Full arch with occlusion 90 s
Calibration Calibration free
Output STL, OBJ, PLY
Connectivity USB 3.0

How it Works

FAQs

Still have questions? Contact us directly. We’re here to help you find the perfect solution.

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Does the scanner offer wireless capabilities?

3S does not support wireless connectivity and uses a USB 3.0 connection for fast, stable data transfer and system integration.

Can intraoral scanners integrate with existing dental software systems?

Most modern intraoral scanners produce open-format files (like STL), allowing seamless integration with various CAD/CAM systems and dental lab software. This flexibility ensures compatibility with existing workflows.

Are digital impressions from intraoral scanners as accurate as traditional ones?

Yes, digital impressions are highly accurate and often surpass traditional methods, especially for single-tooth restorations. However, for full-arch cases, the accuracy can vary depending on the scanner and technique used.