ALM Viewer On Site

Unlock seamless access to the ALM Viewer on-site Model from any device where your DICOM data is stored, anytime, any location, our viewer gives you unrestricted access without the need to manage or store your data. Enjoy the freedom of viewing your DICOM files on any internet-enabled device, from any location.

With the ALM On-Site Model, subscribing to our cutting-edge viewer services is a breeze. Simply sign up via our official website, and within 24-48 hours of completing payment, you’ll receive your login credentials via email—ready to go with instant access!

Zero trust Secure Access via OTP

To ensure secure access, clients will need to enter their registered email address into the ALM portal. They will then receive a One-Time Password (OTP) via email, which they can use to access the ALM Viewer securely.

Benefits:

Enhanced Diagnostic Accuracy:

High-resolution images and advanced visualisation tools facilitate accurate diagnosis and treatment planning.

Streamlined Workflow:

Seamless integration with PACS (Picture Archiving and Communication System) and other medical systems optimises workflow efficiency.

Accessibility and Collaboration:

ALM DICOM viewer allow healthcare professionals to access and share medical images from anywhere, promoting collaborative care.

Cost Efficiency:

Reduces the need for physical storage and maintenance, lowering operational costs.

Advanced Tools for Enhanced Analysis

3D Visualisation: Generate 3D models from 2D image slices for a comprehensive view of anatomical structures.

4D Imaging: View time-sequenced images to analyse dynamic processes, such as cardiac cycles.

Multi-Planar Reconstruction (MPR): Reconstruct images in axial, sagittal, and coronal planes for detailed analysis.

Segmentation: Identify and isolate specific tissues or structures within images for focused study.

Cine Mode: Play back image sequences as a movie to observe motion and changes over time.

Features:

Advanced Visualization Tools:

3D – 4D reconstruction, multiplanar reconstruction (MPR), and maximum intensity projection (MIP) for comprehensive image analysis.

User-Friendly Interface:

Intuitive navigation and customizable viewing settings enhance user experience.

Compatibility:

Supports DICOM image formats and integrates with multiple systems, ensuring smooth interoperability.

Annotations and Measurements:

Tools for adding annotations, measurements, and comments directly on images for precise study.

Real-Time Collaboration:

Enables multiple users to view and discuss images simultaneously, fostering real-time decision-making.

Secure Image Sharing:

Features secure sharing options to ensure patient confidentiality while enabling easy access for authorised users. 

Supports multiple DICOM file types

The software has the capability to open and display studies obtained from different imaging modalities:

  1. Digital Radiography (CR, DX)
  2. Mammography (MG)
  3. Computed Tomography (CT)
  4. Magnetic Resonance (MR)
  5. Positron Emission Tomography PET-CT (PT)
  6. Ultrasonography (US)
  7. Digital Angiography (XA)
  8. Gamma Camera, Nuclear Medicine (NM)
  9. Secondary Pictures and Scanned Images (SC) ( JPEG, PNG)
  10. Export Reports 

Many types of DICOM images are supported:

Monochromatic (e.g. CR, CT, MR) and color (e.g. US, 3D reconstructions)

Static images (e.g. CR, MG, CT) and dynamic sequences (e.g. XA, US)

Uncompressed and compressed (RLE, JPEG Lossy, JPEG Lossless, JPEG 2000)

All the Essential Tools Within Reach

ALM DICOM Viewer offers a comprehensive set of basic tools for image manipulation and measurement, including:

Smooth Zooming and Panning: Effortlessly navigate through images with fluid zoom and pan functions.

Brightness and Contrast Adjustments: Fine-tune image brightness and contrast, with a negative mode option.

Preset Window Settings: Optimize views for Computed Tomography (CT) images, such as lung and bone presets.

Image Rotation and Flipping: Easily rotate images by 90 or 180 degrees, or flip them horizontally and vertically.

Segment Length Measurement: Accurately measure the length of image segments.

Parameter Analysis: Determine mean, minimum, and maximum values (e.g., density in Hounsfield Units for CT) within defined areas like circles or ellipses.

Angle Measurement: Measure normal angles and Cobb angles for precise analysis.

Freehand Drawing: Use the pen tool for detailed, freehand annotations and drawings.
Area Measurement: Allows users to outline a region of interest on a 2D image (e.g., a CT or MRI slice) and calculate its area.

Volume Measurement: Extends the area measurement across multiple slices to calculate the volume of a 3D structure.

Distance Measurement: Measures the linear distance between two points, useful for assessing the size of anatomical structures.

Subscription Flexibility

Subscribe to our flexible monthly plan, where you can easily access the ALM Viewer On-Site Model with a single login. Need more users? No problem! You can add additional logins at any time for an extra cost. Simply provide a unique email address for each new user, and our team will quickly set up access for them, ensuring a seamless experience for everyone.

With the ALM Viewer On-Site Model, one user can access the account at a time. However, multiple users can share the same account by using it at different times, providing flexibility for teams working in shifts or across time zones.

Summary

The ALM On-Site Model offers seamless, secure access to the ALM DICOM Viewer from any device where your DICOM data is stored, any location, and at any time. With no need to manage or store data, users can easily subscribe through our website and receive login credentials within 24-48 hours. Featuring advanced tools like 3D/4D visualization, real-time collaboration, and secure image sharing, the ALM Viewer enhances diagnostic accuracy, streamlines workflows, and promotes accessibility.
Flexible subscription plans allow teams to add multiple logins, providing efficient, shift-based usage for healthcare professionals, all while maintaining robust security with OTP-based access.

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