NanoPix 1 RVG EIGHTEETH

NanoPix 1 - High-Definition Intraoral Sensor with Maximum Reliability for Dental Diagnostics

NanoPix 1 is a next-generation digital intraoral sensor, designed to deliver high-definition dental X-ray images with diagnostic precision, reliability, and comfort. At just 4.4 mm thick, it’s one of the thinnest sensors on the market, offering improved patient comfort and easy intraoral positioning — ideal for clinics that value clinical efficiency and patient experience.

Powered by APS CMOS technology and a true resolution of 20 lp/mm, NanoPix 1 ensures sharp, high-contrast images with excellent signal-to-noise ratio, making it ideal for endodontic, restorative, and periodontal diagnostics. Its smart Automatic Exposure Detection (AED) system makes acquisition quick, simple, and highly reliable — with image processing completed in just 3 seconds.

Built for durability and high-frequency use, NanoPix 1 has been tested to withstand over 70,000 bends and 50,000 exposures with no loss of quality. The 16-bit AD conversion ensures excellent image depth and contrast, while the intuitive 4-step software allows seamless integration into the clinical workflow.

In addition to its technical performance, NanoPix 1 offers a cost-effective and sustainable solution, with per-patient costs up to 10 times lower than conventional film — making it an ideal choice for modern dental practices aiming to reduce costs without compromising image quality.

Key features of NanoPix 1:
- Active area: 20 mm x 30 mm
- Ultra-thin: 4.4 mm - enhanced patient comfort
- APS CMOS technology - high-precision imaging
- Automatic Exposure Detection (AED)
- 16-bit AD conversion - superior depth and detail
- Fast processing: image ready in 3 seconds
- Proven durability: >70,000 bends / >50,000 exposures
- 4-step intuitive software - easy to use daily

Includes:
- Main sensor
- USB driver
- Mounting bracket
- Silicone protective cover
- Disposable sleeves

NanoPix 1 is the perfect choice for clinics seeking a reliable intraoral sensor with high image quality, user-friendly software, and minimal maintenance. Ideal for upgrading dental imaging diagnostics with long-term durability and outstanding cost-efficiency.