A versatile scanner model that meets every need: ideal for scanning complete arches, dental impressions, and individual dies. Excellent for designing complex dental restorations—such as bars and bridges requiring high precision—as well as for orthodontic treatments. This device is indispensable for dental laboratories and clinics seeking the utmost accuracy in scanning analog impressions. Additionally, a software version specially designed to capture images of jewelry, gemstones, and small components is available, offering versatility in the jewelry sector.
Features
Technical Specifications
Video
Faq
Thanks to the 'Smart Triangles Reduction' technology, models are initially scanned at the highest resolution and accuracy and are subsequently decimated. This operation is completely automatic and transparent to the user, allowing for the preservation of essential details and triangle density, such as in tooth margin lines, while significantly reducing the size of the STL file.
The 'Texture Superimposition' module is useful for creating models with an RGB color texture or a grayscale scale. This is particularly helpful in achieving extremely precise margin lines, as indicated in the model.
The registration of stumps is entirely automatic and enables the replacement of low-resolution stumps acquired with the arch with high-resolution stumps acquired without the arch. Additionally, the alignment of the maxillary and mandibular relationship is automatic and requires user assistance only in some cases for locating specific points.
While many scanners are designed in an open format, Maestro 3D uses a dedicated chassis to ensure maximum precision and repeatability. Its structured light technology projects light stripes that, captured with sub-pixel accuracy, require high contrast between white and black. Protecting the sensor from ambient light eliminates external interference, ensuring accurate 3D scans ideal for dental restorations and orthodontic treatments.
The Maestro 3D scanner uses monochrome cameras that capture grayscale images with superior contrast. This is essential for the structured light algorithms, which precisely detect the edges of the light stripes. Using monochrome sensors focuses on capturing essential details, avoiding the loss of information typical of the RGB channels in color cameras.
Maestro 3D chooses white light to fully utilize all the RGB channels of the sensor, ensuring intense illumination and high contrast. This approach improves the definition of the light stripes and the precision of the scan. In contrast, using blue light would result in lower brightness and contrast, compromising the accuracy required for quality results.
In terms of value for money, Maestro 3D ranks among the top thanks to the excellence of its hardware components, robustness, and reliability. The precision of its scans and the accuracy of its results make its desktop scanner an indispensable asset for any dental laboratory or clinic.