WV1417P is the first digital general radiography detector that utilizes the new generation Amorphous Seleniµm technology. Compared to conventional digital detector technologies, its advantages include:

Direct conversion: it uses the most advanced a-Se detector with the highest spatial resolution and the lowest noise.

High reliability and cost effectiveness.

Detector TFT-based a-Se direct conversion

Pixel Pitch 139 µm

Pixel Matrix 3072×3072

Active Area 17×17 inch (43×43cm)

A/D Conversion 14 bits

Limiting Resolution 3.6 lp/mm

Readout Time ＜2.0 sec

Cycle Time ＜5.0 sec

Operating Environment 10-40℃, 30-75 % RH

Weight 8 kg

WV1417P-E/R is the first and the only digital detector that utilizes the new generation Amorphous Seleniµm technology. Compared to conventional digital detector technologies, its advantages include:

Direct conversion: it uses the most advanced a-Se detector and TFT technology with the highest spatial resolution and the lowest noise.

Dual-Modality Imaging (DMI): it integrates radiography imaging and dynamic imaging seamlessly in the same mode.

High reliability and cost effectiveness.

Detector　TFT-based a-Se direct conversion

Pixel Pitch　139 µm

Pixel Matrix　3072×3072

Active Area　17×17 inch (43×43 cm)

A/D Conversion　14 bits

Limiting Resolution　3.6 lp/mm

Radiography Readout Time　＜1.0 sec

Dynamic Readout Rate　30 fps (1280×1536)     15 fps (2560×3072)

Operating Environment　10-40℃,30-75 % RH

Dimensions　496 mm×479 mm×25 mm

Weight　8.0 kg

WV1417 is the first and the only digital detector that utilizes the new generation Amorphous Seleniµm technology. It has been installed and used in hundreds of hospital worldwide. Compared to conventional digital detector technologies, its unique advantages include:

Direct conversion: it uses the most advanced a-Se detector and TFT technology with the highest spatial resolution and the lowest noise.

Clinically proven technology.

High reliability and cost-effectiveness.