Siemens Concerto Open MRI

Refurbished Siemens Concerto Open MRI System: 

Software Level: Open Viva NUMARIS VB33G 8619


he MAGNETOM OPEN VIVA PREFERRED integrates all aspects of the clinical MR exam into an efficient, cost-effective environment. The system has the same computer platform and software as other MAGNETOM systems, which allows the OPEN to quickly take advantage of the latest state-of-the-art imaging techniques. The system utilizes a magnet, which is open on 3 sides for easy patient access. Compact design of the entire system allows easy installation in as little as 325 square feet.
C-Shaped Resistive 0.2T Magnet
The MAGNETOM OPEN has an open C-shaped, 0.2 Tesla magnet, magnet power supply, and passive shim system. The wide horizontal opening of the magnet increases patient comfort and allows easy access to the patient. The water-cooled magnet weighs only 12 metric tons In its operational configuration. The 5 gauss line extends 8 feet 6 inches in front of the magnet and only 7 feet 10 inches in all other directions, which in many installations can be constrained within the exam room.

Gradient System

15 mT gradients with a rise time of 900 usec in all three spatial directions are integrated into the magnet design. Siemens uses a proprietary design to achieve flat actively shielded gradient coils, which provide axial, sagittal, coronal, oblique and double oblique cross-sectional Images of the whole body. This powerful gradient system allows easy implementation of new techniques due to its flexibility. Digital RF System A digital RF system, operating at 8.25 MHz, features computer-controlled signal processing to generate arbitrary RF pulse shapes for accurate slice profiles. The maximum power output is 2 kW with high frequency stability.

Patient Table

Fully detachable patient table that supports up to 440 lbs.

Optimized RE Coils

Coils are automatically tuned and actively decoupled. Two receive coils can be connected simultaneously, with scanning coil simply selected via software in one easy step. The following coils are included:
Multipurpose Flex Coil 21 S Flexible receive coil with 21 cm diameter which can be used to scan the cervical spine, shoulders and extremities of patients who do not fit in the standard 16 cm multipurpose coil.
Multipurpose Flex Coil 16 S Flexible receive coil with 16 cm diameter which can be used to scan the cervical spine, shoulders and extremities of patients.
Flat, integrated, Circularly Polarized (CP) transmit body coil
CP Head Coil (receive)
CP Body / Spine Coil:
For imaging of the abdomen, pelvis thoracic and lumbar spine
Three belts are provided to accommodate three different circumferences: 37 inch, 43 inch and 59 inch.
2 multi-purpose flexible (receive) coils with 11 and 16 cm diameters

Comfort Kit

Positioning devices for stable positioning of patient anatomy during the MR examination. May enhance patient cooperation leading to more completed exams and reduce image artifacts due to patient motion. Includes: Vacuum pump and fittings 3 cushions of Various sizes – cushions filled with tiny plastic balls which become stationary when air is evacuated.

Patient Positioning Accessories

There is a light localizer for accurate patient Positioning. Manually driven patient Table is moveable in 2 directions for easy patient positioning. Off center positioning is possible for shoulder imaging, and in some instances when imaging the extremities or abdomen, the patient head may be outside of the system for added patient comfort. Other patient comfort accessories featured by the MAGNETOM OPEN include patient table pads and positioning cushions, a 2-way patient/operator intercom and patient emergency call button.

Patient Monitoring Unit and Physiologic Gating

Integrated hardware for synchronizing measurements with ECG, pulse, or respiratory trigger signals. The signal is displayed on Diagnostic Main Console.

MAGNETOM Computer System

The TurboSPARC host computer with faster CPU distributes processes among various system components allowing simultaneous system control, raw data reconstruction, fast post-processing and patient data management. Improves system handling, archiving, documentation and filtering.

SMI Array Processor

A dedicated 48 MByte array processor and RAM Imaging cache, completely independent of the SMI, performs post-processing calculations and manipulations including:
Fast paging and CINE display of up to 128 images
Maximum Intensity Projections for MRA post processing.
Multi-planar Reconstructions: orthogonal oblique and double oblique reformation of 3D dataset

On-Line Storage Device

A 2.1GB Winchester Disk Drive is included for storage of NUMARIS III system software and approximately 9000 images in 256 X 256 format.

Archive Storage Device

The read/write Disk Drive utilizes 1.7 GB 5 ¼” removable media for archive of approximately 11,000 images (256*256) per disk.

Fully Integrated Diagnostic Main Console

The operators console makes use of a window based mouse-driven user interface. This streamlined front end utilizes versatile pop up menus that can be activated anywhere on the screen by clicking the mouse. The 19’ high- resolution monitor (1024×1024) displays images and scan parameters, system status, and menus all in one concise format. Console has 60 freely programmable function keys, which can be used for fast flexible operation. A multi-tasking, single console can be used for all scan operations, filming, archiving, and all post-processing functions regardless of simultaneous processing already in progress.


A complete, general-purpose MRI operating system with the following special features:
Scan Set-up Software
Auto-prescan/adjustment, auto-scout which can be started from the exam room
Auto tuned RF coils Pulse sequence driver
Optimized protocol (CORE) menu system
“Slice/Auto” graphic slice/presat prescription.

Acquisition Software

Freely select matrix size (n * 256, where n > 128 in steps of 1 or m * 512 where m > 256 in steps of 1) provides flexibility in resolution and the ability to reduce scan time. Vari slice gap and zero slice gap imaging due to crafted RF pulses.
Graphically prescribed oblique and double oblique slice positioning due to powerful gradient system.
Multiple oblique/multiple angle slice positioning Presaturation
up to six regions simultaneously in a single sequence
presat regions within and outside the FOV
graphic prescription orthogonal, oblique and double oblique presat regions
Graphic display of slice and presaturation regions
Storage and recall of slice and presaturation regions.
Sequence repeat function for breath-hold, perfusion, and dynamic motion studies
Off-center imaging
Phase/Frequency gradient swap
Gradient Motion Rephasing flow compensation to reduce flow artifacts
Multiple Acquisition Imaging (1/2, 1, 2, 3…128)
Scan time remaining in acquisition is displayed
Protocols are stored in a clinically oriented, 3 level system (CORE) with optimized parameters for excellent image quality every time. Additional protocols can be customized and stored to meet the users particular needs.

Spin Echo

Multi-slice/Multi-echo sequences for proton density and T2 contrast
Multi-slice/multi-angle measurements of the spine to show several disks in the transverse plane
Asymmetric double echo sequence with bandwidths optimized for superior image quality
Small FOV (min: 4cm) and thin slice (min: 1mm, 2D) for high resolution, small lesion detection
Large FOV (max: 40cm) with 512 matrix for full spine screening with high resolution.
Sequences can be combined with spectral Fat Saturation to optimize image contrast, and Gradient Motion Rephasing (GMR) to reduce motion artifacts due to CSF pulsation.

Inversion Recovery

Flexible inversion time (T1=40 ms to 2 seconds) provides maximal contrast and another means for fat suppression.

2D Gradient Echo

FLASH: T1 or T2* weighted images
FISP: T2* weighted images
PSIF: T2 weighted images

3D Imaging & Analysis

3D measurement protocols and post-processing software:
3D volume thickness is selectable from 16 to 400 mm and 3D partitions selectable from 8, 16, 32, 64, 128 for optimization of resolution and exam time.
Advanced 3D protocols based on gradient echo sequences FLASH, FISP, PSIF, and DESS can be used for head, spine and joint examinations.
3D acquisition provides very thin (min: 0.5mm) contiguous slices with high signal-to-noise which can be used immediately after data acquisition for 3D post-processing.
3D Multiplaner reconstruction features: Automatic image loading, 3 simultaneous orthogonal views on the display, Oblique and double oblique views
Multiplaner reconstruction from a previously reconstructed image arbitrary curved cut lines

Batch MPR
MPR can be run interactively in the foreground or as batch job in the background while other console functions are simultaneously being executed

Turbo Spin Echo

Turbo Spin Echo allows acquisition of Proton Density and T2-weighted spin echo studies at substantially reduced imaging times relative to conventional spin echo acquisition by acquiring multiple date lines per TA. Turbo Spin Echo includes single contrast (T1, T2 or Proton Density) and double contrast (Proton Density and T2) sequences. Turbo Spin Echo protocols have been optimized to provide the clinically required number of slices and familiar spin echo contrast with the shortest exam times possible in all anatomical areas. Some Turbo Spin Echo sequences are combined with Gradient Motion Rephased (GMR) to reduce motion artifacts.

MR Angiography

Optimized protocols for the non-invasive investigation of vascular diseases, and flexible post-processing software Targeted MIP (Maximum Intensity Projection)
Sequences are included for examination of the carotid arteries, inter-cranial vessels, and vessels in the thorax, abdomen and extremities.
Set of flow-compensated 2D (FLASH) and 3D (FISP) sequences, optimized for specific clinical applications.
2D sequential Time-of-Flight
3D Time-Of-Flight
Magnetization Transfer (MTC) for use with Angiography and other sequences.
Evaluation and display programs (Maximum Intensity Projection) to calculate projection images with arbitrary views to generate rotational presentations. Targeted MIP is also included for faster reconstruction and removal of unwanted anatomy that could otherwise obscure pathology. Results can be immediately displayed in dynamic CINE mode.
Reconstructions can be calculated interactively in the foreground or as a batch job in the background. Because of the multi-tasking capability of the computer system other system functions, including scanning, are unaffected by MIP processing.

Post-processing Software

Multi-tasking operation with, concurrent scan, filming, archiving and image review functions
Filming is software controlled for batch and simultaneous filming.
Arrange sorting of images
Automatic selective archiving
Image label
Image scroll
Realtime magnification, zoom, roam
Realtime image paging
up to 192 images Up to 128 slice CINE display

Image Filter Software

Software package for post-processing of images to obtain noise reduction through a combination of high-and low-pass filtering. Enhancement is adjusted to the local image content through a process of adaptive filtering in order to achieve the optimal balance of smoothing and edge enhancement Up to twenty different settings are available and may be pre-programmed for specific protocols relative to application and required resolution of the acquired data.

UPS Powerware System

The UPS Powerware System provides clean power and protects against sags, surges, spikes and brownouts. In addition the UPS Powerwave System can continue to supply power to the Magnetom System for a limited period of time after a blackout.

Request A Quote