The Woodpecker / DTE i-Sensor H1 is designed to streamline your intraoral imaging process, delivering high-resolution images with ease and precision. Its ultra-thin design ensures comfortable placement, while its advanced CMOS** technology provides excellent diagnostic images. Fully compatible with most dental practice management software, the i-Sensor H1 integrates seamlessly into any modern practice.
Equipped with user-friendly and powerful imaging software, the Woodpecker / DTE i-Sensor H1 supports TWAIN drivers, ensuring compatibility with a wide range of platforms. Its durability is proven with over 80,000 bending tests and the highest IP68 rating for waterproofing, ensuring long-lasting reliability in any practice setting.
RVG Sensor options:
i-Sensor H1 (Size 1):
With an imaging area of 20×30 mm, this sensor is specifically designed for children, ensuring comfortable and effective imaging for smaller mouths.
i-Sensor H1.5:
Featuring an imaging area of 24×33 mm, this sensor is ideal for older children and smaller adults, providing a balance between compact size and sufficient coverage.
i-Sensor H2 (Size 2):
The largest option, with an imaging area of 26×36 mm, this sensor is tailored for adults, offering optimal imaging for routine dental examinations.
Key Features H1:
Intended use: Children
Mechanical Size: 25mm x 38.5mm x 4.5mm
Pixel Matrix: 1000 x 1500, with ultra-high image resolution of 25lp/mm, offering up to 1.5 million pixels
Active Area: 20mm x 30mm
Thinnest Sensor: 4.5mm, providing easier placement in the patient’s mouth
Durability: Over 80,000 bending tests passed, IP68-rated waterproof design, resistant to disinfectant immersion
Ergonomics: Curved edges and flexible 9-foot cable ensure patient comfort and easy maneuverability
Compatibility: Supports TWAIN driver, compatible with leading dental software (OpenDental, EagleSoft, Dentrix, Carestream, etc.)
System Support: Works with Windows 7 or above (not compatible with Windows XP or Mac systems)
Powerful Software: Includes smart, easy-to-use imaging software, Ai Dental, with unlimited device connections and workflow efficiency features
High Resolution: Provides exceptionally clear diagnostic images with advanced CMOS technology
Reliable: FDA and Health Canada-approved, with enhanced performance for effective treatment planning
Software Installation:
For seamless integration, download the Ai-Dental software via the included USB, which automatically installs the TWAIN driver, allowing compatibility with most X-ray software.
Ai-Dental software -Download here
Woodpecker i-Sensors TWAIN driver - Download here
Woodpecker I-sensors are typically compatible with a wide range of popular dental imaging software platforms. Some of the commonly supported imaging software include:
If you are using any other specific software in your clinic, it may still be compatible, but you might need to install drivers or configure settings.
CMOS (Complementary Metal-Oxide-Semiconductor) technology in Woodpecker i-Sensors refers to the advanced imaging sensor technology used to capture X-ray images. Here's how CMOS technology benefits Woodpecker i-Sensors:
1. High Image Quality: CMOS sensors provide high-resolution digital images with fine details, which are crucial for accurate diagnosis in dental imaging.
2. Faster Image Acquisition: The technology allows for faster processing of images, meaning the captured X-ray data can be quickly transferred to a computer, reducing wait times for dental professionals and patients.
3. Low Power Consumption: CMOS sensors consume less power compared to other imaging technologies, like CCD (Charge-Coupled Device) sensors. This makes them more energy-efficient, helping extend the lifespan of the device.
4. Compact Design: CMOS sensors are typically smaller, enabling the creation of thin, lightweight, and ergonomic sensor designs like those found in the Woodpecker i-Sensors H1/H1.5/H2, which are easier to use in a patient's mouth.
5. Durability and Reliability: CMOS sensors tend to be more durable and resistant to damage from everyday handling, contributing to the long-term reliability of the sensor in a dental practice setting.
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