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Intraoral scanner Allied Star AS 260

Intraoral scanner Allied Star AS 260

Regular price 52.132,00 lei RON
Regular price Sale price 52.132,00 lei RON
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The elegant and modern design of the AS 260, combined with its lightweight construction, makes it a pleasure to use. The detachable cable of the AS 260 significantly simplifies the process of replacing a damaged cable, eliminating the need for complex disassembly or potential service intervention. With this cost-effective feature, dentists save time and minimize workflow interruptions.

Technical specifications

Scanner
Weight: 175g
Dimensions: 175 x 49 x 39 mm

Scanning
Full arch accuracy: 20μm
Focus: 18mm

Field of view: 16×14 mm (L), 12×12 mm (S)
Capture: DuoControl buttons
Network adapter: not required
Remote control: with remote
Calibration: not required

Tips
Dimensions (mm): 22×18 (L), 19×17 (S)
Autoclavable: at 134°C, max. 60 times

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Scanning at a new level

Introducing the AS 260, the latest evolution in intraoral scanning.
Its advanced features increase performance without compromising on the features you've come to expect from a state-of-the-art scanner.

  • 20um precision arch scan

  • Depth of focus 18mm

  • Increased data integrity

New design

The sleek, modern design of the AS 260, combined with its lightweight construction, makes it a pleasure to use. The AS 260’s detachable cable significantly simplifies the process of replacing a damaged cable, eliminating the need for complex disassembly and eventual service intervention. With this cost-effective feature, dentists save time and minimize workflow interruptions.

Precision at a new level

The AS 260 incorporates numerous technological advancements, featuring an innovative optical system that enhances depth of field, an improved hardware platform to handle high data transfer rates, and an exclusive algorithm for post-processing and spatial rendering of data. As a result, users can expect enhanced clinical performance, a smooth scanning process experience, and an increased level of integrity in the resulting 3D surfaces after post-processing.