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1.5T Superconducting MRI Scanner — Clinical-Grade Imaging | SXR Lab Equipment
1.5T Superconducting MRI Scanner — Clinical-Grade Imaging | SXR Lab Equipment
1.5T Superconducting MRI Scanner — Clinical-Grade Imaging | SXR Lab Equipment
1.5T Superconducting MRI Scanner — Clinical-Grade Imaging | SXR Lab Equipment
1.5T Superconducting MRI Scanner — Clinical-Grade Imaging | SXR Lab Equipment
1.5T Superconducting MRI Scanner — Clinical-Grade Imaging | SXR Lab Equipment
1.5T Superconducting MRI Scanner — Clinical-Grade Imaging | SXR Lab Equipment
1.5T Superconducting MRI Scanner — Clinical-Grade Imaging | SXR Lab Equipment
1.5T Superconducting MRI Scanner — Clinical-Grade Imaging | SXR Lab Equipment
1.5T Superconducting MRI Scanner — Clinical-Grade Imaging | SXR Lab Equipment

1.5T Superconducting MRI Scanner — Clinical-Grade Imaging | SXR Lab Equipment

£1,000,000 £399,000 Save 60%

**WARRANTY INCLUDED**

The 1.5T Superconducting MRI System is a high-field diagnostic imaging platform featuring ANKE proprietary A-Winding magnet technology and ANALOGIC RF subsystems. This clinical-grade scanner utilizes superconducting magnet technology with active shielding to deliver high-resolution imaging across a 50cm × 50cm × 50cm field of view—suitable for whole-body clinical applications including bariatric patients.

Manufactured by Shenzhen Anke High-tech (a China-based medical imaging OEM), this system integrates a 20kW RF amplifier, high-slew-rate gradients (150 mT/m/ms), and modular 8-channel spectrometer architecture expandable to 16 channels. The A-Shielding technology reduces eddy currents by 80%, enabling high-resolution sequences while minimizing acoustic noise compared to conventional designs.

Key Features

1. A-Winding Magnet Technology

ANKE's proprietary winding configuration ensures superior magnetic field homogeneity across the 50cm FOV. This expanded imaging volume accommodates larger patients while maintaining diagnostic image quality throughout the entire scan range.

2. A-Shielding Active Shielding

Reduces eddy currents by 80% compared to conventional magnet designs, providing:

  • High-resolution image acquisition with minimal artifacts
  • Reduced acoustic noise levels (improved patient comfort)
  • Faster gradient switching without image degradation

3. High-Performance Gradients

With 40 mT/m strength and 150 mT/m/ms slew rate, these specifications support:

  • Advanced echoplanar imaging (EPI) for fMRI
  • Diffusion-weighted imaging (DWI) with high b-values
  • Rapid cardiac imaging sequences
  • High-resolution musculoskeletal protocols

4. ANALOGIC RF Subsystem

The 20kW RF amplifier from ANALOGIC (US-based medical imaging component manufacturer) provides:

  • Strong, stable RF transmission for large FOV imaging
  • Consistent flip angle delivery across 50cm volume
  • Support for advanced multi-channel coil arrays

5. Expandable Channel Architecture

Standard 8-channel spectrometer with upgrade path to 16 channels enables:

  • Parallel imaging (SENSE/GRAPPA) for faster scans
  • Future coil upgrades without hardware replacement
  • Improved SNR for high-resolution neuroimaging

6. Dynamic Shimming

Real-time dynamic shimming technology automatically compensates for field inhomogeneities caused by patient anatomy, ensuring consistent fat suppression and spectral quality throughout the examination.

Usage Applications

Clinical Diagnostic Imaging (Human)

  • Neurology: High-resolution brain imaging, fMRI, diffusion tensor imaging (DTI)
  • Cardiac: Cine imaging, perfusion studies, delayed enhancement
  • Body Imaging: Liver, kidney, abdominal angiography with large FOV coverage
  • Musculoskeletal: High-resolution joint imaging (knee, shoulder, hip)
  • Oncology: Whole-body staging, lesion characterization
  • Bariatric Imaging: 50cm FOV accommodates patients up to 250kg+

Research Applications

  • Functional MRI: 1.5T field strength suitable for neuroscience research
  • Diffusion Studies: 150 mT/m/ms slew rate enables high b-value DWI
  • Spectroscopy: Stable field supports MR spectroscopy (MRS)
  • Clinical Trials: Standardized 1.5T platform for multi-center studies

Veterinary Medicine (if configured)

  • Large animal imaging (equine, bovine)
  • Small animal research (requires appropriate coils)

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1.5 T
Field Strength
Superconducting magnet with A-Winding technology
50 cm
Field of View
Whole-body imaging capability in X, Y, and Z axes
40 mT/m
Gradient Strength
150 mT/m/ms slew rate for fast imaging
8→16
RF Channels
Expandable spectrometer architecture
A Complete Clinical MRI Platform — at a Fraction of Major OEM Pricing
CE / UKCA Certified
System Overview

A Complete Clinical MRI Platform — at a Fraction of Major OEM Pricing

The SXR 1.5T Superconducting MRI System is a high-field diagnostic imaging platform engineered for clinical-grade performance. Built around ANKE's proprietary A-Winding magnet technology and imported ANALOGIC RF subsystems, it delivers high-resolution whole-body imaging across a 50cm × 50cm × 50cm field of view.

Suitable for neurology, cardiac imaging, musculoskeletal diagnostics, body oncology, and veterinary applications, the system integrates a 20kW RF amplifier, high-slew-rate gradients, and a modular 8-channel spectrometer architecture expandable to 16 channels as your imaging volume grows.

A-Shielding technology reduces eddy currents by up to 80%, enabling high-resolution sequences with significantly lower acoustic noise than conventional designs.

Manufactured by Shenzhen ANKE — a specialist medical imaging OEM with proven deployment across global clinical sites.

ANALOGIC RF subsystem — 20kW amplifier with high stability and strong signal output for reliable diagnostic-quality imaging.

Complete 5-coil package included — head, neck-chest, body, knee, and multi-function flexible coil. No hidden add-ons.

8–14 week delivery from order confirmation — including manufacturing, factory testing, crating, and white-glove delivery to your facility.

Technical Specifications

Detailed system parameters for clinical and procurement evaluation

Magnet System
Field Strength 1.5 Tesla (Superconducting, helium-cooled)
Magnet Technology A-Winding technology (ANKE proprietary)
Active Shielding A-Shielding (80% eddy current reduction)
Field of View 50cm × 50cm × 50cm (X, Y, Z)
Shimming Dynamic shimming (active compensation)
Cryogen Liquid helium (refill required)
Spectrometer & RF
Spectrometer 8-channel (expandable to 16)
RF Amplifier 20kW output (ANALOGIC)
RF Characteristics High stability, strong signal output
Modularity Modular design for simplified maintenance
Gradient System
Gradient Strength 40 mT/m
Slew Rate 150 mT/m/ms
Eddy Current Compensation Integrated compensation technology
Acoustic Noise Reduced through A-Shielding design
Workstation & Data
Workstation DELL MRI-dedicated workstation
Data Protection DIS (Data Protection System)
Software ANKE MRI software platform
Receiver Coils
Head coil 8-channel
Neck-Chest coil 8-channel
Body coil 8-channel
Knee coil 8-channel
Multi-function soft coil 4-channel (flexible positioning)

Key System Features

What sets this MRI system apart

A-Winding Magnet Technology

ANKE's proprietary winding configuration ensures superior magnetic field homogeneity across the 50cm FOV. Accommodates larger patients while maintaining diagnostic image quality throughout the entire scan range.

A-Shielding Active Shielding

Reduces eddy currents by 80% compared to conventional designs. Delivers high-resolution image acquisition with minimal artefacts, reduced acoustic noise, and faster gradient switching without image degradation.

High-Performance Gradients

40 mT/m strength and 150 mT/m/ms slew rate supports advanced echoplanar imaging for fMRI, high b-value DWI, rapid cardiac imaging, and high-resolution musculoskeletal protocols.

ANALOGIC RF Subsystem

The 20kW RF amplifier from ANALOGIC provides strong, stable RF transmission for large FOV imaging with consistent flip angle delivery across the full 50cm volume.

Expandable Channel Architecture

Standard 8-channel spectrometer with upgrade path to 16 channels. Enables parallel imaging for faster scans and future coil upgrades without replacing hardware.

Dynamic Shimming

Real-time dynamic shimming automatically compensates for field inhomogeneities caused by patient anatomy, ensuring consistent fat suppression and spectral quality throughout examinations.

Clinical Applications

Versatile diagnostic capabilities across medical specialities

High-resolution brain imaging, functional MRI (fMRI), diffusion tensor imaging (DTI), spectroscopy. The 1.5T field strength and high-slew-rate gradients enable detailed assessment of stroke, tumours, white matter diseases, and neurodegenerative conditions.

Cine imaging, myocardial perfusion studies, delayed enhancement for viability assessment. The system supports comprehensive cardiac evaluation including valve assessment, congenital heart disease, and cardiomyopathy characterisation.

Liver, kidney, and abdominal angiography with full 50cm FOV coverage. Whole-body staging, lesion characterisation, and treatment response monitoring. The large FOV accommodates bariatric patients up to 250kg+.

High-resolution joint imaging for knee, shoulder, hip, ankle, and spine assessment. The 40 mT/m gradients and 8-channel dedicated knee coil deliver exceptional cartilage, ligament, and meniscal visualisation.

Suitable for functional MRI neuroscience research, diffusion studies with high b-value capabilities, MR spectroscopy, and standardised multi-centre clinical trial platforms.

When configured with appropriate coils, the system supports large animal imaging (equine, bovine) and small animal research applications.

What's Included in Your Purchase

Everything you need to start scanning — no hidden costs

Included

  • 1.5T Superconducting MRI Scanner (complete system)
  • 8-Channel Head Coil
  • 8-Channel Neck-Chest Coil
  • 8-Channel Body Coil
  • 8-Channel Knee Coil
  • 4-Channel Multi-Function Soft Coil
  • DELL MRI-Dedicated Workstation
  • ANKE MRI Software Platform
  • DIS Data Protection System
  • System documentation and technical manuals
  • Site planning guidance and consultation

Not Included (Transparency)

  • Faraday cage / RF shielding (typically £30,000–£80,000)
  • Liquid helium initial fill (approx. £5,000–£15,000)
  • Quench vent installation (site-specific)
  • 3-phase electrical supply installation
  • Chilled water supply for gradient cooling
  • Physical installation and magnet ramp-up
  • Service/maintenance contract (recommended)
SXR provides full transparency on what is and isn't included. We assist with site planning and can recommend qualified installation partners in your region.

Site Planning & Infrastructure Requirements

What your facility needs to install a 1.5T MRI system

Installing a superconducting MRI scanner requires careful facility planning. Below are the key infrastructure requirements. SXR provides site planning guidance and consultation to help you prepare your facility — whether you're building a new imaging suite or retrofitting an existing space.
Siting Requirements
Magnet Weight 4,000 – 7,000 kg
Floor Loading 10,000+ kg concentrated load
Minimum Room Size 50m² (scan + equipment + console)
Ceiling Height 2.8m minimum
Quench Vent Mandatory safety venting required
RF Shielding Full Faraday cage required
Magnetic Shielding Active shielding included; 5-gauss line planning required
Utility Requirements
Cryogen Supply Liquid helium fill line and gas recovery
Power 3-phase 400V/480V (generator backup recommended)
Cooling Chilled water for gradients (heat exchanger)
HVAC Temperature stability ±3°C, humidity 40-60%
Maintenance
Helium Management Boil-off monitoring (0.01-0.1% per day)
Cold Head Cryocooler replacement every 10,000-30,000 hours
Service Contract Recommended for superconducting systems

Frequently Asked Questions

Common questions from MRI system buyers

The system is manufactured by Shenzhen ANKE, a specialist Chinese medical imaging OEM, and uses an ANALOGIC (US-based) RF subsystem. Major OEM pricing includes significant brand premiums, multi-layer distributor margins, and bundled service contracts that inflate costs. Our price of £75,000 reflects the direct manufacturer cost plus our margin — with no middlemen. The core technology delivers equivalent clinical performance to systems priced at £800,000+.
We recommend buyers verify the specific system status (new, refurbished, or demo unit) at time of purchase. SXR provides full documentation including manufacture year, magnet helium history, quench records, and software licensing status for every unit sold.
Typical delivery is 60-90 days from order confirmation, depending on availability and shipping destination. Delivery to UK and European locations is typically faster. We coordinate all shipping logistics including freight, customs, and last-mile delivery to your facility.
SXR provides site planning guidance and consultation, including Faraday cage specifications, utility requirements, and 5-gauss line planning. Physical installation is arranged through qualified MRI installation engineers. We can recommend installation partners in your region.
We recommend a service contract for superconducting MRI systems covering cold head maintenance, cryogen management, and emergency quench support. SXR can advise on third-party service providers. The modular design simplifies maintenance compared to some OEM-locked systems.
Yes. The 8-channel spectrometer can be expanded to 16 channels without hardware replacement, enabling parallel imaging and future coil upgrades. The ANKE software platform also receives updates. Additional coils can be purchased separately.
The system requires liquid helium. Initial fill is not included in the purchase price (typically £5,000-£15,000). Modern superconducting systems have very low boil-off rates (0.01-0.1% per day), so refills are infrequent with a well-maintained cold head.
Currently, we offer direct purchase at £75,000. For instalment or lease arrangements, we recommend working with your facility's equipment financing provider. We provide pro-forma invoices and documentation to support financing applications.
Yes. We ship worldwide from our UK base. For international orders, customs duties and import taxes are the buyer's responsibility. We provide all necessary export documentation and work with experienced freight partners for large medical equipment shipments.
We can arrange viewings and demonstrations on a case-by-case basis. Contact us to discuss availability and scheduling. We also provide comprehensive video tours and detailed photography of specific units upon request.

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1.5T Superconducting MRI Scanner — Clinical-Grade Imaging | SXR Lab Equipment

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£1,000,000 £399,000

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