14" Wireless/Wired Digital X-Ray Detector (DXD)

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14" Wireless/Wired Digital X-Ray Detector (DXD)

14HK701G-WP

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LG 14" Wireless/Wired Digital X-Ray Detector (DXD), 14HK701G-WP

Key Features

140㎛ pixel size & 16bit A/D conversion
Raw Image in 2.5sec.(wireless)
Raw Image in 2sec.(wired)
IP53: Waterproof and Dustproof
Magnesium & Carbon-fiber Body
LG Acquisition Workstation Software

Ensure Diagnostic Accuracy

Superior Image Quality

LG DXD guarantees high resolution and clear image quality without image distortion through 16bit image processing. Plus, it also supports ideal pixel pitches of 140㎛ for high resolution images.

Light yet Durable

LG DXD protecting waterproof and dustproof

IP53 : Waterproof and Dustproof

IP*53 resistance rating ensures that LG DXD will be protected against objects of dust and spraying water at any angle up to 60° from the vertical shell.

*IP: Ingress protection (IP53 indicates Solids Level 5, and Liquids Level 3).

Magnesium & Carbon-fiber Body

With a super strong body that combines carbon-fiber with magnesium, LG DXD is not only lightweight but also exceptionally strong.

2.95kg (6.5lb)

Body Copy can be up to 250 characters.

300kg (661b)

Body Copy can be up to 250 characters.

100kg (220lb)

Body Copy can be up to 250 characters.

Improve Work Efficiency

Rapid Image Availability

LG DXD increases productivity with a fast-processing. It takes only 2 seconds with connection or 2.5 seconds for wireless to get a raw image.

Image availability in 2 seconds with a wired connection, or 2.5 seconds with a wireless connection to get a raw image

*IP: Ingress protection (IP53 indicates Solids Level 5, and Liquids Level 3).

The more finely detailed image result using Multi-layer Image Processing embedded in the AWS, comparing to the image result without Multi-layer Image Processing

LG AWS for LG DXD

Enhanced Details by MLP

Multi-layer Image Processing (MLP) embedded in the AWS (Acquisition Workstation Software) provides well-balanced visualization at each frequency level with contrast enhancement processing that improves tissue visibility within an image.