0.35T Open Permanent Magnet MRI System
This 0.35T MRI system uses an open C-shaped permanent magnet architecture for routine magnetic resonance imaging. The system combines an Nd-Fe-B permanent magnet, 4-channel digital RF acquisition, configurable receiving coils, a manual patient table and a Windows-based MRI workstation.
The low-field permanent magnet design is intended for medical facilities requiring an open MRI configuration with straightforward daily operation, flexible anatomical coil selection and no superconducting magnet helium system.
System Highlights
0.35T Permanent Magnet
The system uses a 0.35 Tesla permanent magnet constructed with Nd-Fe-B magnetic material and an automatic constant-temperature magnet control system.
Open C-Shaped Design
The C-shaped magnet provides open lateral access around the patient and supports positioning for routine low-field MRI examinations.
4-Channel Digital RF System
An all-digital 4-channel spectrometer supports MR signal acquisition and works with dedicated receiving coils for different anatomical regions.
Configurable Receiving Coils
The receiving coil package can be configured according to the examination requirements of the hospital or imaging center.
200 kg Patient Table
A manually operated patient table supports up to 200 kg and is designed for straightforward positioning in the low-field permanent magnet system.
Windows-Based MRI Workstation
The operator workstation uses a Windows platform with a 24-inch display and supports integration with DICOM printing and RIS workflows according to the installed configuration.
0.35T Open Permanent Magnet
The magnet system uses a C-shaped open architecture with a magnetic field strength of 0.35 Tesla. High-grade Nd-Fe-B magnetic material is used in the permanent magnet assembly.
An automatic constant-temperature control system is incorporated to help maintain magnet operating conditions during routine system use.
Digital RF Acquisition
The MRI platform uses an all-digital 4-channel spectrometer for RF signal acquisition. The supplied product information specifies approximately four minutes for selected routine imaging sequences, depending on protocol and examination settings.
| RF Architecture | All-Digital |
|---|---|
| RF Channels | 4 Channels |
| Routine Sequence Time | Approx. 4 minutes for selected sequences |
Receiving Coil Options
The system supports multiple dedicated receiving coils for different anatomical regions. Five coils can be configured as a standard package according to the project, while additional coil options can be selected based on clinical requirements.
| Head Coil | Available |
|---|---|
| Neck Coil | Available |
| Large Body Coil | Available |
| Small Body Coil | Available |
| Knee Coil | Available |
| Shoulder Coil | Available |
| Ankle Coil | Available |
| Wrist Coil | Available |
| Standard Configuration | 5 coils, final selection subject to project configuration |
Manual Patient Table
The 0.35T permanent magnet MRI system uses a manually operated patient table with horizontal positioning. The manual mechanism provides a simple positioning structure without requiring an electric table drive system.
| Patient Table Type | Manual |
|---|---|
| Positioning | Manual horizontal movement |
| Maximum Patient Load | 200 kg |
MRI Workstation
The MRI workstation provides the operator interface for examination setup, scanning and routine image management. The supplied configuration uses a Windows operating platform and a 24-inch display.
| Operating Platform | Windows |
|---|---|
| Display | 24-inch monitor |
| DICOM Printing | Supported according to installed configuration |
| RIS Integration | Supported according to installed configuration |
| MRI Operation Software | Included |
Typical Imaging Applications
With the appropriate receiving coils and installed software package, the 0.35T open MRI platform can be configured for routine examinations across multiple anatomical regions.
- Brain and head MRI.
- Neck and cervical imaging.
- Spine examinations.
- Knee and other joint imaging.
- Shoulder imaging.
- Wrist and ankle imaging.
- Selected body MRI examinations with the appropriate body coil.
Available pulse sequences and advanced imaging applications should be confirmed according to the final software and coil configuration before ordering.
Technical Specifications
| System Type | Open Permanent Magnet MRI System |
|---|---|
| Magnetic Field Strength | 0.35T |
| Magnet Shape | Open C-Shaped |
| Magnet Material | Nd-Fe-B Permanent Magnet |
| Magnet Temperature Control | Automatic Constant-Temperature Control |
| RF Acquisition | All-Digital |
| RF Channels | 4 Channels |
| Coil Configuration | 5 coils standard configuration; additional options available |
| Patient Table | Manual |
| Maximum Patient Load | 200 kg |
| Workstation Platform | Windows |
| Workstation Display | 24-inch Monitor |
| DICOM / RIS | Supported according to system configuration |
Before Ordering
The final MRI configuration depends on the intended examinations, coil package, installed software and site conditions. Please provide the following information when requesting a quotation.
- Required quantity and destination country.
- Expected MRI examination types.
- Required receiving coil configuration.
- Expected daily patient volume.
- Required MRI software and imaging applications.
- Available MRI room dimensions and site layout.
- Local power supply conditions.
- RF shielding and room preparation status.
- DICOM, PACS or RIS integration requirements.
- Required installation, training and technical support.
- Local registration, tender or documentation requirements.
Frequently Asked Questions
What type of magnet does this MRI system use?
The system uses a 0.35T permanent magnet with an open C-shaped architecture and Nd-Fe-B magnetic material.
How many RF channels does the system provide?
The supplied configuration uses an all-digital 4-channel RF acquisition system.
Which receiving coils are available?
Available coil options include head, neck, large body, small body, knee, shoulder, ankle and wrist coils. The standard five-coil package should be confirmed according to the final project configuration.
What is the maximum patient table load?
The manual patient table is specified for a maximum patient weight of 200 kg.
Does the workstation support hospital information systems?
The supplied information specifies compatibility with DICOM printing and RIS systems. The required interfaces should be confirmed for each project before ordering.
Which MRI examinations can be performed?
The available examination range depends on the receiving coils and installed software package. Please provide the intended applications so the appropriate system configuration can be confirmed.
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