Products > Training MRI System

Training MRI System

The portable Lab training MRI provides students and professionals with hands-on experience in MRI technology, bridging the gap between theory and practical application. Their interactive design facilitates real-time demonstrations, fostering a deeper understanding of MR principles and preparing users for advanced roles in medical, scientific, and industrial fields.

  • FullY Functional MRI System
  • Best learning experience
  • real time control of experiments
  • lessons and workbook included
  • easy to set up and operate

Overview

Realistic MRI Training – Anytime, Anywhere

The Portable Lab offers a unique opportunity to conduct MRI training on-site using a real MRI system. There is no better solution for delivering practical, hands-on training in science and medicine.

Our user-friendly software solution makes it easy to explore all aspects of magnetic resonance imaging and relaxometry. You can adjust parameters in real-time during experiments and instantly visualize the results – providing an unparalleled learning experience!

From high-resolution tomographic MR images to clinical image artifacts, the Portable Lab makes complex concepts accessible and easy to practice. This fully functional, portable system offers the same capabilities as larger MRI machines, with the only difference being sample size.

Experience true-to-life MRI training, intuitively and flexibly – with the Portable Lab.

  • Fully functional MRI system
  • Best learning experience
  • 0.45 Tesla permanent magnet
  • Real time control of experiments
  • Lessons and workbook included
  • Easy to set up and operate

Hardware

Cutting-Edge Hardware for
Hands-On MRI Training

Control unit drive-m

Drive-m, our control unit, is smaller than a shoebox and offers a completely functional MRI scanner for educational NMR and MRI experiments.
Created with state of the art electronics, the control unit contains built-in gradient and RF amplifiers.

  • built-in power gradient and RF amplifier
  • high performance 3D imaging
  • compact & leightweight
  • USB connection to PC

Magnet „magnet“

The magnet includes a high-end gradient system for 2D and 3D images. A multitude of samples with a diameter up to one centimeter can be measured with the sensitive receiver system.

Since it has no special environmental requirements, the magnet can be used in any laboratory or classroom setting.

  • 0.45 Tesla
  • < 50 ppm
  • 10 mm field of view
  • Weight: 13.5 kg
  • Up to 200 mT/m gradient strength
  • Low stray field

Soundbox

Hear your measurement sequences in stereo.

Learn to recognize MR sequences by their noise.

  • stereo output:
    left: read gradient
    right: phase gradient
    both: slice gradient
  • works with any headphone or sound system
  • no influence on gradient signal
  • gradient in/out: RJ45
  • line out: 3.5 mm phone connector

Transport Case

Carry your MRI to the place where it is needed. The best protection for your MRI system. Compartments for magnet, control unit and accessoires.

  • tow-handle & wheels
  • aluminum rails, steel corners
  • large butterfly locks
  • lockable
  • 4 handles
  • weight: 10 kg
  • size: 65 cm x 36 cm x 29 cm
  • made in Germany

EDucational Software

Intuitive Software for
Interactive MRI Learning

Teach-m educational software is designed to lead you through all aspects of magnet resonance tomography. The possibility to access experiments on runtime and directly visualize the results gives you an unprecedented learning experience. Lessons from NMR basics to advanced MRI methods can be examined.

  • Training at a real MRT
  • High resolution 3D imaging
  • T1/T2 measurements
  • Live visualization of data
  • Realtime control of experiments
  • All MR parameters accessible
  • Export all data for further analysis (Matlab, Volview, …)

Workbook & Lessons

Your Guide to Mastering MRI

Get step-by-step guidance through MRI concepts and experiments. From fundamentals to advanced techniques – learn, practice, and perfect your skills with ease.

ANY Questions?

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