MRI scanner

MRI scanner Specification

Type
Closed MRI Scanner

Main Material
High-strength Aluminum Alloy and Advanced Plastics

Main Ingredient
Electronic and Electromagnetic Components

Physical Form
Large Console with Bore

Disposable
No

Reusable
Yes

Size
Typical Gantry Diameter 60-70 cm

Quantity
1 Unit Unit

Function
Other

Color
White with Blue and Gray Accents

Sterilized
No

Direction Of Use
Refer to Operator Manual; for Trained Medical Staff Only

Storage Instructions
Install in Controlled Environment (Radiology Room)

Weight
Approx. 3,500 kg Kilograms (kg)

User Interface
Touchscreen Console

Slice Thickness
0.5 mm to 5 mm

Safety Certifications
IEC, CE Mark

Bore Diameter
60-70 cm

Patient Table Movement
Motorized

Data Storage
Integrated PACS Compatibility

Imaging Modes
T1, T2, FLAIR, DWI, STIR etc.

Table Weight Capacity
Up to 200 kg

Power Requirement
380-480V, 3-phase

Magnet Type
Superconducting

Noise Level
Below 99 dB(A) with Ear Protection

Manufacturer Origin
Imported

Field Strength
1.5 Tesla

Gradient Strength
33 mT/m or Higher

Cooling System
Helium-Based Cryocooling

About MRI scanner

Instead, it relies on the magnetic properties of atoms within the body, primarily hydrogen atoms in water molecules, to generate signals that a computer then translates into images.

Advanced Non-Invasive Imaging

Offering cutting-edge diagnostics with multiple imaging sequences (T1, T2, FLAIR, DWI, STIR), this MRI scanner provides detailed anatomical and pathological assessments. Its superconducting magnet and high gradient power enable clear, high-resolution images, facilitating accurate clinical decisions.

Designed for Operator and Patient Comfort

The 1.5T MRI scanner incorporates a spacious 60-70 cm bore and a motorized table supporting up to 200 kg, ensuring patient comfort and accessibility. Noise levels remain below 99 dB(A) with ear protection, while the touchscreen interface allows clinicians intuitive control during scans.

Built for Reliability and Safety

Equipped with a high-strength aluminum alloy and advanced plastics, the scanner is robust and durable. The helium-based cryocooling ensures optimal operation of the superconducting magnet. Certified with IEC and CE marks, it meets international safety standards, supporting safe diagnostic use.

FAQs of MRI scanner:

Q: How does the 1.5 Tesla superconducting MRI scanner benefit diagnostic imaging?

A: The scanner delivers clear, high-resolution images using multiple imaging modes, enabling clinicians to accurately diagnose a wide range of conditions in a non-invasive manner. Its superconducting technology and 33 mT/m gradient strength help produce detailed anatomical and functional images.

Q: What types of exams or conditions can be assessed using this MRI scanner?

A: This MRI system is well-suited for neurological, musculoskeletal, abdominal, and vascular studies. It supports imaging sequences like T1, T2, FLAIR, DWI, and STIR, allowing evaluation of tumors, injuries, strokes, infections, and soft tissue abnormalities.

Q: When should patients consider undergoing an MRI scan with this device?

A: MRI scans are typically prescribed by medical professionals when they need to examine soft tissues, the central nervous system, or joints with high clarity. It is recommended for scenarios where other imaging methods are inconclusive or insufficient.

Q: Where should the MRI scanner be installed for optimal performance?

A: The scanner should be installed in a controlled environment, such as a designated radiology or imaging room, with adequate space, ventilation, and shielding to ensure safety and proper function according to manufacturer guidelines.

Q: What is the process for operating this MRI scanner?

A: The MRI scanner is operated by trained and certified radiology staff. The motorized patient table positions the individual in the bore, and scan parameters are set using the touchscreen console. Images are acquired, stored, and transferred via integrated PACS for review.

Q: How is patient safety ensured during the scanning process?

A: The scanner is equipped with IEC and CE safety certifications, motorized table controls with load limits, and a system that maintains noise levels below 99 dB(A) when ear protection is used. Strict operator protocols further safeguard patient well-being.

Q: What is the advantage of integrated PACS compatibility in this MRI scanner?

A: Integrated PACS (Picture Archiving and Communication System) compatibility allows direct storage and secure sharing of diagnostic images, improving workflow efficiency for clinicians and expediting patient care by enabling remote consultations and streamlined reporting.