Magnetic Resonance Imagining: Pure Devices
Training MRI System
The portable Lab teaching device gives you the unique opportunity of offering training at a real MRT machine directly on site. This is the only way to provide realistic and practice-oriented training for all fields of science and medicine.
Our software solution makes it easy for the users to experience all aspects of magnet resonance tomography. The special option to influence experiments on runtime and to directly visualize the results gives users an unprecedented learning experience.
In addition to parameters accessible only through MRT, as for example relaxation times, high-resolution tomographic MR images can be produced. Image artifacts found in clinical MRT can be examined directly in a simple process.
The system differs from other magnetic resonance tomographs only in the sample size and the fact that it is portable. In addition to carrying out fundamental experiments on signal generation, students can generate images with all relevant contrasts in a high spatial resolution.
Main features:
- full 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
Control unit drive-m
Drive-m, our control unit, is about the size of a shoebox and offers a complete functional MRI scanner for educational NMR and MRI experiments.
Created with state of the art electronics, the control unit contains a built-in gradient and RF amplifiers.
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 mesurement sequences in stereo.
learn to recognize MR sequences by their noise
- stereo output:
- works with any headphone or sound system
- no influence on gradient signal
- gradient in/out: Rj45
- line out: 3.5 mm phone connector
- left: read gradient
- right: phase gradient
- both: slice gradient
Transport Case
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
The intuitive way to learn MRI
Teach-m 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, ...)
Research MRI System
The Research Lab benchtop MRI system brings the full power of a complete MRI system right to your desktop.
State of the art electonics paired with a high performance permanent magnet allows you to develop MR sequences and hardware directly at your workplace.
Use our open MATLAB interface to control the spectrometer direcly out of MATLAB.
Main features
- up to 100 MHz
- built-in amplifiers
- 0.55 Tesla permanent magnet
- open MATLAB interface
- easy to set up and operate
- integrated network analyzer
Drive L
- high performance 3D imaging
- built-in high power gradient and RF amplifiers
- standardized outputs for external gradient and RF amplifiers
- blanking and RF-switching signal outputs
- external trigger inputs
- digital inputs and outputs
- frequency range 0 to 100 Mhz
- accurate clock input for synchronization
- USB 2.0
Magspec
- high performance 3D imaging
- built-in high power gradients
- optimized RF-coil
- 0.55 T esla
- high homogeneity
- robust magnet construction
- low stray field
Specs
| Field strength | ~ 550 mT |
| Gradient strength (built-in gradient amplifier) |
250 mT/m (x,y) 350 mT/m (z-direction) |
| Gradient strength (external DC-600 gradient amplifier) |
1200 mT/m (x,y) 1500 mT/m (z-direction) |
| Gradient efficiency | 250 mT/m/A (x,y) 330 mT/m/A (z-direction) |
| Sample diamter imaging | 10 mm |
| Field homogeneity (10 mm) | < 10 ppm |
| Sample diamter spectroscopy | 5 mm |
| Field homogeneity (5 mm) | < 3 ppm |
| Spectral resolution (5 mm) | < 1 ppm |
| Connection of the imaging unit | Rj45 |
| Connection of the receiver/transmitter unit |
BNC |
| Dimensions (length x width x heigt) | 27 cm x 25 cm x 14 cm |
| Weight | 20.5 kg |
openMATLAB® interface
- complete control out of MATLAB®
- push-button experiments including source code
- real time network analyzer mode for RF-coil development
- no timing restrictions
- up to 512 RF pulses per rep. time
- up to 512 AQ windows per rep. time
- arbitrary gradient shapes
- TX/RX with multiple frequencies/phases
- use MATLAB for data analysis
- real time feedback
MR-CAT| Core Analysing Tomograph
TD-NMR and MRI for rock cores and building materials
MR-CAT facts
MR-CAT measurement methods
Flexible configuration for multiple applications
Applications
T2 relaxation time spectrum of different sandstones
