Intraoral Scanner 3DS V3

Intraoral Scanner 3DS V3

3DS V3 is a world-leading dental digital impression device. It can capture tens of thousands of frames of images by gently moving in the patient's mouth for 1 minute, generate accurate digital 3D models of the oral cavity through computer software, and provide dental doctors with auxiliary treatment reference schemes with the AI technology of the supporting software, with the modeling error compressed to within 20 microns.

The key members of scanner team had worked on intraoral scanner for almost 10 years and had delivered award-winning products. Now we provides the most valued intraoral scanner for digital dentistry.

The 3DS features industry-leading scanning accuracy and speed, flexible workflow, open and compatible output, simplified cable connection, and full touch screen support, while requiring neither powder nor pre-heating, enabling customers to use the 3DS with ease and efficiency.

High Accuracy

As a result of innovation, the 3DS has reached the best-in-class accuracy level. The average deviation of a full arch scan is around 20 μm, which can easily meet the needs of various clinical applications including restoration, orthodontics and implant, meanwhile tolerate the impact of scanning techniques.

Fast Scanning

The high-speed vision technology adopted by the 3DS ensures smooth and fast scanning, which greatly improves work efficiency. The intelligent scanning engine allows the user to start a scan anywhere, and pick up an interrupted scan quickly.

Easy to Use

The high-speed vision technology adopted by the 3DS ensures smooth and fast scanning, which greatly improves work efficiency. The intelligent scanning engine allows the user to start a scan anywhere, and pick up an interrupted scan quickly.

AI Technology

Equiped with AI image processing algorithms, 3DS can automatically accommodate different scenes such as intraoral, extraoral, metal teeth, etc., and effectively remove unnecessary soft tissues during scanning.

Compact Size

The 3DS intraoral scanner is compact and easy to hold though it achieves a 16mm x 14mm high-definition field of view.

Reliable System

During the product development, the reliability of 3DS intraoral scanner is fully designed and verified. 3DS is free of calibration for life under normal use. In addition, 3DS can also withstand a certain degree of drop impact, which greatly reduces the user's subsequent maintenance costs.

Convenient connection

3DS does not need a power adapter, it is powered directly by the computer, and thus it is plug-and-play. The simplified connection makes it easier to share scanner between dental chairs.

Light Weight

3DS is one of the most lightweight scanners on the market. With handle weight 210 grams, it will not cause discomfort even when held for a long time.

Vivid Color

The 3DS intraoral scanner produces high-resolution detailed and true-color images, allowing users to distinguish tooth structure and soft tissues, so that margin lines and undercut areas can be easily identified.

Touchless Control

The 3DS intraoral scanner has a button for switching the upper jaw, lower jaw or bite mode, and two start /stop buttons are provided on both sides, so that users can accurately control the scanning in different holding positions. The motion-capture of the 3DS intraoral scanner allows users to complete the entire process of scanning, optimizing, and exporting without touching the computer, which is more in line with strict infection control requirements.

3DS Software Features

Smart Reminder

Audio prompts, indicating current scan status and other situations that users should pay attention to allow users to focus on the patient rather than the computer screen.

Margin Line Tools

The 3DS software allows automatic and manual extract of margin lines. With margin lines of the preparation areas in PLY file, the laboratory can design and manufacture the restoration more accurately.

Inspection & Measurement

The 3DS software provides multiple inspection and measurement tools. By occlusal space check, undercut detection, and distance measurement, users can identify and fix data issues before submitting to the laboratory.