Nanopix Intraoral X-Ray Sensor RVG

NanoPix Intraoral X-Ray Sensor

NanoPix is the world’s thinnest and most economical intraoral X-ray sensor, offering cutting-edge technology and unmatched performance. Available in both tablet and non-tablet versions, this innovative sensor dramatically reduces costs, making it 1/10th the cost per patient compared to traditional film.

Key Features:

• Complete Imaging in 3 Seconds: The entire imaging process is completed in just 3 seconds without any loss of quality.
• Durability: Capable of over 50,000 exposures without degradation in image quality.
• Advanced Technologies:
  • Automatic Exposure Detection (AED) Technology: Inspired by chest radiography, NanoPix is the first in dental X-ray sensors to incorporate AED technology, making it compatible with nearly all DC and AC X-ray generators. Digital images are automatically captured as soon as your X-ray is turned on.
  • APS CMOS Technology: Borrowed from the aerospace industry, this technology ensures a high signal-to-noise ratio for images with maximum detail, while also offering long lifespan and low power consumption.
  • Direct Deposition CSI Technology: Also inspired by chest radiography, this technology ensures lower radiation doses for patient safety, shorter exposure times, and higher resolution images.

Design and Ergonomics:

• All-in-One Economical X-Ray Sensor: NanoPix is the most economical X-ray sensor available globally, without compromising on performance.
• Unique Ergonomic Design: The embedded cable connection design allows for easy positioning with a finger, ensuring comfort and efficiency during use.
• Robust Cable Connection: The sensor has undergone rigorous testing, including passing the RA test with over 70,000 bends, ensuring a durable and long-lasting connection.
• Ultra-Thin Body: At just 4.4mm, NanoPix is the thinnest X-ray sensor on the market, offering unparalleled ease of use and comfort for both patients and clinicians.

NanoPix sets a new standard in dental imaging by combining cutting-edge technology with an ergonomic design, offering high-quality imaging at an economical price.