Features
Note: The printer is a DICOM-only network printer.
The printer offers the following features:
• Dry technology for printing diagnostic quality hard copies in full daylight
offers important advantages: no chemistry, no wet processing, simple
cleaning procedures, no time-consuming adjustments, no darkroom and
no chemical disposal costs. The consumables can be loaded in full
daylight.
• With its compact design, the printer needs little work space and allows
easy customer access. Maintenance and service activities are reduced to
the minimum.
• The direct thermal printing system provides grayscale images with laser-
like quality: 508 dots per inch resolution, each pixel with a 14 bit contrast
resolution.
• The built-in image spooling on hard disk assures a high throughput.
Printing time is kept to a minimum.
• Multiple film formats can be used. Any combination of two film formats
can be used “on line”. Both input trays can be adjusted for all film formats.
• The input trays are equipped with an RF-tag reader, which automatically
traces the films used in the printer and protects the printer when detecting
non-identified media.
• Number of input trays.
The printer is delivered with two or three input trays. The input trays can
use multiple format films.
• Number of output trays
The printer is delivered with 4 output trays, which can be assigned to
modalities in any combination.
• A Quality Control software module is available for the Key-operator. The
QC procedure for general radiography applications has been designed to
comply with the grayscale reproduction constancy test, according to the
international standard IEC 1223-2-4. The QC procedure for the optional
mammography application has been designed to comply with the
Mammography Quality Standards Act (MQSA) of the FDA.
• Integrated A#sharp technology
A#sharp is a technology that enhances image sharpness. An A#sharp label
on the upper tray shows that the imager has been upgraded with this
technology.
20 | Drystar 5500, Drystar 5503 | Introduction
2901J EN 20191018 0826
To Next Page
Loading...
