AppniqMD Features - PACS Software

AppniqMD - Medical Imaging Software for Diagnosis, Review and Collaboration

Healthcare Providers are seeing incredible benefits with the use of mobile solutions. They have provided their radiologists on-call freedoms and dramatically reduced the amount of time it takes to access images after hours. Instead of having to physically get to a PACS workstation, launch the application and load the image, they are using a mobile phone or a tablet to access studies in a fraction of the time it takes over traditional methods. Why waste time getting to a PACS workstation when access to the PACS is in your pocket?

AppniqMD is one of the most powerful visualization tool in the medical field, that brings together all of the viewing tools needed to make a diagnosis including 2D, MIP/MPR, 3D and interactive collaboration. AppniqMD provides powerful capabilities critical to the modern healthcare enterprise.

Appniq offers PACS & RIS Software, which is a complete web based and Mobile based PACS system that can work on any browser and operating system. We are also involved in offering services related to Radiology Imaging Solutions.

Some of the features of AppniqMD

Related Studies
Easy access to entire patient history, avoid time-consuming procedures like performing multiple searches and loading studies individually.

Split-view mode and Key image objects (KO)

View images from multiple studies, and compare them side-by-side. View any key images that have been previously saved with an imaging study.


We have enabled an integrated clinical workflow for collaborative viewing sessions and sharing of control between multiple users on browsers and mobile clients. This allows the clinical users to complete the circle of care with the ultimate goal to improve patient outcomes.


Greyscale Softcopy Presentation State (GSPS) on images, enables physicians to view measurements, text and annotations that have previously been added to a study.

Reference Lines

Display of scout lines and images allows for quick reference of slice position. Selecting either a slice or scout line provides a visual indicator of position. Displays reference lines on a scout image, (or orthogonal plane in MRI) allowing the user to visually correlate the reference lines with images.


This allows the physician to quickly scroll through images. Cine can be used with many different exams types including Cardiology exams where higher frame rates are required to review heart motion and blood flow.


Zooming an image enlarges or shrinks the entire image for closer evaluation of small structures. The zooming is done interactively by a mouse click and drag. On mobile devices zooming is done through the 2-finger pinch gesture.

MIP/MPR Features

Cross-sectional imaging presents a wide array of image manipulation possibilities. Being able to reconstruct multiple planes from a single CT or MR dataset provides the reporting physician the ability to view anatomical structures from different aspects. Maximum Intensity Projection (MIP) views for better evaluation of vascular structures. The WL settings are carried over to the MPR or MIP from the 2D display or the user can apply presets to the reconstructed images.

Oblique MPR

Allows the users to better review structures that are not in the orthogonal view.

Slab MPR (Up To 50 mm)

The data set is rendered with a user-defined slab thickness for rapid and flexible reporting of large datasets. As part of the workflow all views automatically adjust to the newly applied thickness. Users see this rendering in real time, with server-grade performance.

MIP, minIP, Average Slab Rendering

Allows the users to adjust the settings for various rendering displays to see different anatomy and pathology.

Reformatted Series Export(With Adjustable Extents And Interval)

A MIP/MPR reconstruction can be saved to PACS as a new series within the study. A curved MPR can also be exported to PACS.

MIP, minIP, Average Slab Rendering

Allows the users to adjust the settings for various rendering displays to see different anatomy and pathology.

Curved MPR (Including Slab Rendering Modes)

Curved reformat created easily and accurately for review of vessels or other anatomy.

Volume Measurement

Allows the user to perform measurements on multiple slices and generate a resulting volume measurement. This allows users to get a truer sense of the size of structures, anatomy or pathology.

3D Features

The addition of 3D Volume Rendering rounds out the advanced viewing and processing features all done in a zero-footprint environment.

Lens Tool

Unique to AppniqMD is our lens tool available on the web and larger mobile devices. This allows the users to very quickly enlarge an area of interest. Using the lens tool also allows users to quickly penetrate through bone and see the anatomy and pathology on the other side. Extremely useful in review of cranial CT images.

Bone Removal

Single mouse click manipulation enables the user to quickly segment tissues from one another. An improved workflow enables faster, more efficient production of rendered images. Addition of volume measurement provides more clinical benefit.

Available Languages

Available in Traditional Chinese, Simplified Chinese, Korean, Japanese, French, Portuguese, Italian, Spanish, German, English.