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Magnetic resonance imaging (MRI) is a type of scan that uses strong magnetic fields and radio waves to produce detailed images of the inside of the body.

MSLMRI10 Humanized Open Magnetic Resonance Imaging System - Clinical-Grade
Product Name:  Humanized Open MRI System MSLMRI10 - Clinical-Grade Sequences & Streamlined Design
Latest Price:
Model No.:  MSLMRI10
Weight:  Net weight: Kg
Minimum Order Quantity:  1 Set Set/Sets
Supply Ability:  300 Sets per Year
Payment Terms:  T/T,L/C,D/A,D/P,Western Union,MoneyGram,PayPal
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Quick Details

MSLMRI10 Magnetic Resonance Imaging System - Humanized open design, rich clinical sequences & streamlined structure. 7-10 day delivery, efficient service. Ideal for hospitals/clinics.

Packaging & Delivery

Packaging detail:Standard export package
Delivery detail:within 7-10 workdays after receipt of payment

Specifications

MSLMRI10 Superconducting MRI System - Technical Specifications & Core Features

As a 4th-generation superconducting MRI system, MSLMRI10 integrates A-combi & AI technologies, humanized design, and cost-effective operation, making it a reliable hospital MRI equipment for clinical diagnosis and efficient workflow. Below are the detailed technical parameters and key features:

1. Magnet System

  • Magnet Type: 4th-generation short bore superconducting magnet
  • Core Technology: Liquid helium "zero" boil-off technology with 4K cold head (stable operation without liquid helium refilling)
  • Magnetic Field Uniformity: High uniformity, supporting large FOV rapid imaging and high-quality fat suppression imaging
  • Design Advantage: Compact structure, minimizing installation space requirements

2. RF Coil Configuration

  • Coil Type: Phase Array (PA) Receiving Coil
  • Standard Coils: Head & Neck Coil, Body Coil, Knee Coil, Shoulder Coil
  • Optional Coils: Head Coil, Ankle Coil, Wrist Coil, Neck Coil, Spine Coil, Breast Coil, Flexible Coils (2 Sizes)
  • Special Technology: A-combi coil integration technology (enables multi-body part scans without patient repositioning, supports whole-body/whole-spine imaging)
  • Note: Specific coil configuration is subject to the product configuration list

3. Core Technologies & Features

3.1 AI-Powered Functions

  • AI De-noising & Image Enhancement: Reduces scan time significantly (e.g., from 03:44 to 00:56) while maintaining image quality
  • AI Intelligent Alignment & Stitching: Simplifies operation and ensures consistent imaging results
  • Online Elastic Motion Correction (EMC): Reduces workload, delivers high-quality images for dynamic enhancement applications
  • Whole-Body/Whole-Spine AI Imaging: Enables uninterrupted scanning without patient repositioning

3.2 Scan Performance

  • Silent Scanning Technology: Low-noise pulse sequences (82dB, lower than conventional MRI) to enhance patient comfort
  • Dual-Engine Parallel Acquisition Technique (PAT): Accelerates scan speed (e.g., scan time reduced from 8:09 to 4:48) while maintaining high image quality and spatial resolution
  • Streamlined Magnetic Resonance Imaging Workflow: Boosts work efficiency via advanced hardware and software integration

3.3 Advanced Clinical Applications

  • Auto-Triggered CE-MRA*: TR=4.8ms, TE=2.1ms, FA=30°, slice thickness options (1.2mm/1.5mm)
  • Cardiac Cine*: Supports cardiac functional imaging
  • APT* (Amide Proton Transfer Imaging): Advanced functional application (available on request)
  • Clinical-Grade MRI Sequences: Covers conventional and advanced functional applications to meet diverse diagnostic needs

4. Imaging Sequences & Applications

4.1 Brain Imaging

T1WI, T2WI, FLAIR, HD-DWI, ADC, A-SWI, 3D-TOF MRA, 3D-TOF MRV, T1WI-C+ (T2WI slice thickness=2mm)

4.2 Breast Imaging

T2WI & STIR, DWI & ADC, Dynamic Enhancement & Subtraction

4.3 Abdominal Imaging

T1WI, T2WI, a-SPAIR, DWI, In Phase, Out Phase, DE Phase I/II/III, MRCP, MRU, True-FISP

4.4 Spine & MSK Imaging

T1WI, T2WI, STIR, PD-FS WE (slice thickness=1.5mm), ME-T2*WI, Tra-T2WI, Tra-Intervertebral Disk Imaging

Marked with "" indicates non-standard configuration; please contact us for details.

5. Installation & Power Requirements

5.1 Space Requirements

  • Minimum Installation Area: 35 square meters
  • Room Dimensions (Length×Width×Height):
    • Magnet Room: 6500mm×5500mm×3300mm
    • Equipment Room: 5500mm×3000mm×3300mm
    • Operation Room: 4500mm×4000mm×3200mm

5.2 Power Supply

  • Phase & Voltage: 3 Phase, 380V
  • Voltage Stability Range: ±10%
  • Frequency Range: 50/60Hz (±1Hz)
  • Connection Power Value: 60KVA (average power at full-load normal operation)

6. Cost-Effectiveness Advantages

  • Low Investment: Cost-effective superconducting MRI system with compact design
  • Low Operating Costs: Zero liquid helium consumption, low power consumption, and minimal maintenance costs
  • High Return on Investment: High-resolution thin-slice imaging improves diagnostic accuracy; fast scan speed enhances work efficiency
  • Upgrade Support: Fully supported by patented core technologies for future upgrades

7. Service & Support

  • Efficient Service MRI System: 24-hour service response
  • Global Support Network: Over 100 professional service engineers
  • Spare Parts: Rich spare parts backup and fast delivery
  • Humanized Support: Comprehensive training and technical guidance

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