The NeuMR 1.5T MRI System is an advanced superconducting magnetic resonance imaging solution designed to deliver exceptional image quality, streamlined workflow, and enhanced patient comfort for modern hospitals and diagnostic imaging centers. This high-performance 1.5 Tesla MRI scanner combines innovative imaging technology with intelligent clinical applications to support accurate and efficient diagnosis across a wide range of medical specialties.

Trusted in healthcare facilities across Kenya and beyond, the NeuMR 1.5T is built on the advanced AIM platform, offering intuitive operation, fast patient positioning, stable image quality, and optimized workflow efficiency. Its ergonomic design, lightweight RF coils, and wide patient table improve comfort for both patients and operators while supporting high-throughput imaging environments.

Powered by ARM Gradient Coil technology and advanced parallel imaging capabilities, the system delivers high-resolution imaging with reduced distortion and excellent diagnostic confidence for routine and advanced MRI applications.

Key Features

• Advanced 1.5 Tesla superconducting MRI system

• High-resolution diagnostic imaging performance

• Intelligent AIM platform for streamlined workflow

• Wide patient table for enhanced comfort

• Lightweight and flexible RF coil system

• NeuSENSE parallel imaging technology

• Intuitive graphical user interface

• Fast patient positioning and protocol selection

• ARM Gradient Coil technology for stable image quality

• Reduced imaging artifacts and distortion

• High-duty cycle performance for demanding workflows

• Remote service and predictive maintenance support

Advanced Clinical Applications

• Total Neuro Imaging

• Total Spine Imaging

• BrainQuant Quantitative Mapping

• HDDWI & DTI Imaging

• MR Spectroscopy (MRS)

• Arterial Spin Labeling (ASL)

• MR Angiography (MRA)

• Whole Body Imaging

• Musculoskeletal MRI

• Oncology Imaging

• Prostate MRI

• Body Imaging and MRCP

Technical Specifications

System Advantages

• Exceptional image clarity and diagnostic confidence

• Patient-friendly and ergonomic system design

• Fast workflow for increased patient throughput

• Advanced quantitative imaging capabilities

• Stable, low-distortion imaging performance

• Efficient operation for routine and advanced MRI studies

• Ideal for hospitals, radiology departments, and imaging centers

Ideal For

• Hospitals and referral facilities

• Diagnostic imaging centers

• Radiology departments

• Neurology and oncology imaging

• Orthopedic and musculoskeletal MRI

• Advanced clinical imaging applications