Launca DL-206 adopts advanced technology to provide highly accurate and reliable scanning results, ensuring that you can trust every data you receive.
With Launca DL-206, you can now streamline your workflow by eliminating the need for messy impressions and reducing the time required for scanning and data processing.
DL-206 intraoral scanner allows for enhanced communication between dentists, patients, and dental labs facilitating seamless collaboration and improving treatment outcomes.
Unique algorithms enable 3D scanning with rich details and realistic color, creating accurate & high-resolution digital impressions.
Launca DL-206 is designed with patient comfort in mind, with a lightweight and ergonomic design that minimizes discomfort during scanning.
Equipped with an integrated full HD touch screen, Launca DL-206 is able to offer patients a better and more interactive chairside experience.
To provide better scanning results and clearer teeth structure information for dentists and technicians, DL-206 has developed new generation dual camera design that delivers complete 3D structure of everything in its field of view, even the steep angles, hard-to-access areas.
DL-206 is capable of finishing a full-arch scan quickly within 30 seconds, saving both time and energy for dentists and patients.
With our proprietary 3D imaging technology, DL-206 is able to scan at incredible point density and capture the exact geometry and color of the patient's teeth, producing accurate scan data for dentists and dental labs.
A specialized RGB camera gives you a photorealistic color visualization experience. By combining its color information with the rich detail and sharpness of the HD 3D image, DL-206 can simultaneously capture 3D images in color with highly accurate 3D scanning.
Launca has made the DL-206 smaller than ever, with ergonomic design and light weight at just 250g, DL-206 is easy to grip without feeling fatigue, providing a comfortable scanning experience for users.
Higher scan depth enables perfect sharpness and outstanding precision for deeper-lying indications.
