Intraoral scanners are used to capture precise 3D digital impressions of teeth and gums, replacing traditional molds. They assist in designing crowns, bridges, veneers, and planning orthodontic treatments like Invisalign. IOS also aids in implant placement, smile design, and enhances patient education by providing visual treatment previews.

An intraoral scanner works by capturing thousands of images intra-orally using a small handheld device. These images are stitched together in real-time to create a precise 3D digital model of the teeth and gums. The scanner uses optical and laser technology for high accuracy and instant visualization.

ion?3Shape is a global leader in digital dental solutions.These Intraoral scanner combines cutting-edge technology. The company is best known for its TRIOS intraoral scanners, which are trusted worldwide for their clinical accuracy, speed, color scanning, and open-system compatibility.Our best seller sacnners are-TRIOS 3 (2024) features spray-free, AI-enhanced scanning with realistic color and built-in patient engagement tools.TRIOS 5 is 3Shape’s smallest, lightest, fully wireless scanner with a balanced pen-grip and ScanAssist Engine for flexible, accurate scanning workflows.

Intraoral scanners offer high-precision 3D imaging, real-time visualization, and fast scanning speeds. They are lightweight, user-friendly, and export digital files like STL and PLY for easy integration with dental CAD/CAM systems.

When selecting an intraoral scanner, prioritize accuracy and precision to match your clinical needs—whether for aligners, implants, or restorations. Choose scanners with open-system connectivity and seamless lab integration to streamline your workflow. Consider whether a wired (stable) or wireless (flexible) option suits your practice environment. Most importantly, ensure you get reliable training, and robust after-sales support for a smooth digital transition.

Intraoral scanners offer a faster, more comfortable alternative to traditional impressions—no messy materials or gagging. They deliver higher accuracy, minimizing errors and remakes. Digital scans can be easily stored and shared with labs, and real-time 3D visuals help improve patient communication and case acceptance.