EVA is the digital x-ray system that delivers big value. Backed by the proven reliability of thousands of installations ranging from single chair clinics to 35 office dental chains, EVA offers a rugged sensor design in the industry's classic style.

Just a few millimeters thin, EVA delivers crisp, clear radiographs with virtually any intraoral x-ray head. The CMOS imaging chip is designed for maximum durability, and the sensor sizes are nearly identical to Size One and Size Two films. Fast USB 2.0 connectivity delivers images to the computer monitor in seconds.

EVA's value makes it an ideal choice for large installations and value-conscious practices. No other product on the market delivers EVA's combination of superior image quality, easy expandability with inexpensive docking stations, and a standard three-year manufacturer's warranty.

EVA+ is the first and only sensor to offer rounded top corners in all three planes, making it the most comfortable, ergonomically correct sensor on the market. Furthermore, EVA+ has added this comfort aspect without sacrificing image size or cutting corners like other systems. EVA+ has a full rectangular imaging area designed by limiting distance between the edge of the active imaging area and the physical contour of the capsule.

By careful three-dimensional design of the sensor capsule and its contents, EVA+ guarantees maximum patient comfort and permits correct positioning at the most distal parts of the oral cavity.

Avoid image distortions with EVA+. It's a more comfortable, ergonomically correct sensor that allows you to properly visualize and subsequently diagnose more effectively.

How comfortable is EVA+? The most critical aspect is positioning (especially for size #2) at the upper molars, where the upper corners of sensors push against the patient's palate causing discomfort and gagging. Hence, comfort and ease of positioning are significantly improved by rounding the two upper corners where the sensor may press against the palate, as opposed to having thin wedge-like corners.

Others claim to have the same roundness, however, these competing products achieve corner roundness by clipping the corners of the imaging chip, and consequently of the resulting image.