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INTRODUCTION
Dental intraoral x-ray sensors are tiny x-ray imaging devices that are made to comfortably fit inside a patient’s mouth. They produce images that have been proved to be just as diagnostic as film radiographs. However, when it comes to the possibilities for using radiographic pictures, digital sensors give clinicians a lot more options.
A three-dimensional image of the teeth is produced by dental sensors using x-rays, which can make cavity detection easier for dentists. Additionally, this technology can aid in lowering the annual rate of pointless fillings. Currently, a sensor’s lifespan is approximately 5 years.
GLOBAL DENTAL X RAY DETECTOR MARKET SIZE AND FORECAST
The Global Dental x ray detector market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
NEW PRODUCT LAUNCH
The dental, medical, and high-volume semiconductor inspection markets now have access to Varian Medical Systems’ PaxScan® digital X-ray image detector.
The new PaxScan® 1313, a low-cost, high-quality imaging device, has been unveiled by Varian Medical Systems, Inc., a global leader in X-ray tubes and a leading provider of digital image detectors for filmless X-rays.
The PaxScan 1313 provides a 13 × 13 cm imaging area, produces up to 30 images per second, and delivers unparalleled sensitivity. It is designed for use in dental and orthopaedic imaging systems as well as semiconductor inspection systems. In dentistry and orthopaedics, there are medical applications
The six-inch image intensifiers currently found in many orthopaedic and dental imaging systems will be replaced by the PaxScan 1313. “Only 8-bit depth is offered by image intensifier tubes, which also decay over time and occasionally need to be changed, increasing their price.
With the PaxScan detector, the image quality is higher. With a 14-bit depth ADC (analog-to-digital) converter, it produces images with up to 16,000 shades of grey, making it the highest contrast resolution panel of this size. Clinicians can see more detail with increased contrast resolution. Additionally, a flat panel imager doesn’t show the pin cushion distortion that an image intensifier tube does.”
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