
ORmed™
The heart of your X-ray system: Professional acquisition software for your X-ray images
ORmed™ – Excellent image quality at the push of a button
ORmed™ delivers professional X-ray images in outstanding quality. The software controls your X-ray system, optimises images organ-specifically, and enables efficient workflows. With intuitive operation, a multimedia X-ray assistant, and easy integration into management systems, ORmed™ ensures maximum precision – suitable for small clinics and large hospitals.
Intuitive operation
User-friendly, fast, and efficient – modern graphical interface, touchscreen operation, efficient workflows, 400 preconfigured projections
Seamless integration
Easy connectivity – automatic patient data transfer, DICOM Worklist, REST API, HIS/RIS integration
Flexible examinations
Customizable, flexible, and efficient – free configuration of body parts, macros for examinations, adding images afterwards
Support & safety
Safe and reliable – multimedia X-ray assistant, fast registration of emergency patients, switch between examinations, support & remote maintenance
FDA clearance pending
Comprehensive support
for your software solution
Our support team is at your side – by telephone and remote maintenance. We ensure the smooth operation of your software.
Overview of services
Dynamic X-ray imaging
Acquisition, reporting and archiving of image sequences
(Available as an extension.)
Dynamic X-ray imaging in ORmed™ enables continuous visualisation of the region being examined on the diagnostic display using pulsed X-rays.
This method is particularly suited to visualising movement, such as respiratory motion and movement of the diaphragm. Functional processes in the thorax can therefore be visualised through short image sequences.
ORmed™ supports dynamic X-ray imaging with high-resolution detectors in a range of sizes.
Efficient X-ray workflow
From examination planning to the finished image
ORmed™ supports the entire digital X-ray process: from importing patient data through examination planning and image acquisition to processing and transfer to the PACS.
- Intuitive operation using a touchscreen or mouse
- More than 400 individually customisable examination templates
- Examination sequences stored as macros
- Rapid registration of emergency patients
- Integrated multimedia X-ray assistant for radiographic technique and patient positioning
Professional image processing
Automatically optimised X-ray images
Cognition Optimised Processing (COP) automatically analyses the acquired image data and adapts processing to the anatomical region and acquisition conditions. High-quality images are therefore generally available immediately after acquisition, without extensive manual post-processing.
Automatic functions include:
- Analysis of soft tissue and bone structures
- Multi-frequency analysis
- Noise reduction
- Brightness and contrast optimisation
- Automatic black masking
- Grid line suppression and Gridless Imaging
Image display and editing
A comprehensive range of integrated tools
Acquired images can be reviewed and edited directly in ORmed™. Functions such as zoom, window and level adjustment, length and angle measurements, text and arrow annotations, rotation, mirroring and the display of multiple images support image review and editing during the examination workflow.
Completed examinations can be automatically transferred to the PACS or exported as image files or DICOM files.
Stitching – a complete view of larger anatomical regions
ORmed™ automatically combines multiple overlapping X-ray images into an anatomically consistent composite image. This provides a continuous view of anatomical regions that extend beyond the size of the detector.
Macros simplify the planning of long-leg or spinal X-rays. Automatic image alignment supports stitching, while manual correction options allow individual images to be adjusted precisely.
Greater flexibility in everyday X-ray imaging
- For paediatric examinations: dedicated planning for children and infants, with options based on age and weight.
- Faster image sequences: automatic progression to the next planned exposure reduces operating steps.
- Ready for emergencies: start acquisition mode without registering the patient first and add the patient details later.
- Flexible integration: suitable for motorised X-ray systems, retrofit solutions and, depending on the system configuration, mobile applications.
- OEM and white-label options: the user interface, branding and hardware integration can be adapted to individual system solutions.
Further OR 4Human software solutions
dicomPACS®MobileView
dicomPACS® MobileView is a web-based system that enables location-independent viewing and editing of radiological image data on mobile devices.
Learn more (PDF)ORCA®
The web-based viewer includes all essential basic functions for viewing and editing images, which can be performed almost browser-independently on mobile devices.
Learn moredicomPACS®
dicomPACS® is a modern and advanced high-tech solution for intelligent image management. All images from X-ray, CT, MRI, and ultrasound, as well as documents such as medical reports, findings, and faxes, can be stored in the digital patient file and retrieved at the touch of a button.
Learn more- dicomPACS®MobileView

dicomPACS®MobileView
dicomPACS® MobileView is a web-based system that enables location-independent viewing and editing of radiological image data on mobile devices.
Learn more (PDF) - ORCA®

ORCA®
The web-based viewer includes all essential basic functions for viewing and editing images, which can be performed almost browser-independently on mobile devices.
Learn more - dicomPACS®

dicomPACS®
dicomPACS® is a modern and advanced high-tech solution for intelligent image management. All images from X-ray, CT, MRI, and ultrasound, as well as documents such as medical reports, findings, and faxes, can be stored in the digital patient file and retrieved at the touch of a button.
Learn more
The full picture – in our catalogs
Subject to technical changes. All details regarding disclaimer, copyrights and our legal requirements can be found at here.

