Software presentation

Software delivered together with the MRI console:

  • PRim: MRI acquisition software
  • SPINit: NMR acquisition software
  • Sequence Development: MRI and NMR software for advanced pulse sequence development
  • Driver: Interface to launch acquisition from any software

PRim Software:

Comprehensive MRI Acquisition and Research Solution

PRim Software is designed for routine MRI measurements and research experiments. It integrates the following features:

  • Patient/Animal/Study Registration
  • MRI Acquisition
  • Data Viewer
  • Library Management (Acquisitions and Protocols)
  • Pulse Sequence Development
  • User and Access Levels Management
  • Instrument Configuration

With its user-friendly interface for sequence development and instrument configuration, along with advanced tools, PRim is ideal for both student exercises and high-end research projects.

Pulse sequence and calibration routines are provided with the software upon request.

 

View of PRim software

SPINit

SPINit is the software required to run an experiment wit our NMR systems. This software is designed for several applications, and the main one concerns the spectrometer management. SPINit allows to manage samples, run and control experiments.

It was designed for a quick understanding and an easy handle of the spectrometer. The main experiments options are highlighted with round buttons and the spectrometer management is easily accessible in a separated panel.

SPINit presents its own 1D and 2D visualization window with post processing options. Baseline correction, integration, peak picking, peak fit and more tools are available on the latest version of SPINit.

Example of SPINit, v2020.06. Left side: Viewer tab for data management and post processing, Right side: 90° pulse calculation tool with nutation experiment

 

The software was also developed to implement and write new NMR sequences in the sequence library. A lot of NMR sequence options have been designed like shape pulses, decoupling pulses, variable 2D timing scales, switch of nuclei, and so on.

To learn how calculate your P90 on SPINit, see the following video: Calibrating P90 on SPINit Software

SPINit offers account management with several access levels for standards or expert users (modification of NMR sequences, change of NMR experiment parameters…).

The SPINit software is delivered with our console and is intended for newbie as well as for expert users.

Sequence Development

User-Friendly Environment for Pulse Sequence Design

The Sequence Development module provides a user-friendly environment to create pulse sequences tailored for student exercises and high-end research projects. The pulse sequence structure is implemented within the graphical interface, where calculation results are also displayed.

Global view of SequenceDevelopment working in NMR

Global view of the SequenceDevelopment software

Key Features:

    • Graphical and Intuitive Sequence Editor
    • Embedded Java Code Layer for Pulse Calculations
    • Advanced Features for Complex Trajectory Patterns
    • Integrated Git-Versioning with Graphical Comparator

Global view of SequenceDevelopment working in MRI.