Name: 1.2T 4k Cold Head Max 200kg Load Superconducting MRI Machine BSTAR-120
Brand: BASDA
SKU: Bstar-120
Price: 1.00 USD
Availability: InStock
Rating: 4.8 (187 reviews)

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1.2T 4k Cold Head Max 200kg Load Superconducting MRI Machine BSTAR-120

Product Details:

Place of Origin:	China
Brand Name:	BASDA
Certification:	CE, ISO13485
Model Number:	Bstar-120

Payment & Shipping Terms:

Minimum Order Quantity:	1 set
Price:	Negotiable
Packaging Details:	1 unit/wooden box
Delivery Time:	30-45 Days
Payment Terms:	Credit card, Paypal, T/T, Western Union, MoneyGram
Supply Ability:	200 Machines per Year

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Detailed Product Description

Shape:	Bore	Noise:	Low
MRI Type:	Superconducting	Weight Load:	Max 200kg
Magnet Type:	Liquid Helium	Magnet Vertical Height:	60 Cm
High Light:	4k Cold Head Superconducting MRI Machine , 200kg Load Superconducting MRI Machine , 200kg Load superconducting magnet mri

BSTAR-120 bore type superconducting MRI low liquid helium 4k cold head strong gradient RF low noise

The only 1.2T superconducting MRI in China was born at Basda

Adopted both international advanced hardware platform and ergonomic operating software design
excellent performance
high patient comfort
more patient care technology
high stability and excellent performance
high signal-to-noise ratio
high resolution and high contrast clinical imaging
faster scanning speed

Rich coil configuration

The Receiver coil, together with parallel acquisition technology, improve the signal-to-noise ratio and image quality. The customer can choose according to the clinical needs (specific configuration of the coil number and types will be subject to final contract).

 AIT coil set

 Head coil

 Neck coil

 Body coil

 Knee coil

 Shoulder coil

 Ankle coil

 Wrist coil

 Breast coil

Gradient System

The linearity of gradient system of MRI system determine the accuracy of spatial location information, ensuring that in any acquisition, the image distortion is limited.

Gradient switching rate is an important factor of MRI scanning speed. Bstar-120 using the self-shielding gradient coil and high duty cycle gradient amplifier system, together with eddy elimination technology and design, can avoid the eddy current between the metal shielding layers, raise up the spatial encoding ability of the magnetic resonance signal and make the scan more precise, ensure high resolution image quality.

During superconducting MRI scans, the noise is much bigger than permanent MRI systems, and staying in a closed environment, the patient is easy to fall into tension. Bstar-150’s gradient sub system adopts special hardware noise reduction design technology, the gradient noise is reduced to 2/3, provide patients with friendly scanning environment.

The gradient system is equipped with automatic detection function, if the temperature is too high, the system can intelligently stop the scanning, to protection of hardware from being damaged.

The system use water chiller to produce a stable running condition.

RF sub system

The RF sub system is the source of MRI proton excitation energy, its efficiency directly affects the MRI relax signal. RF receiver receive MRI relax signal, a good receiving coil can improve the SNR of image.

The RF sub system is similar as highway lane, the more lanes, the faster flow of vehicles. Vice versa, the more the RF system channels, the faster parallel acquisition, thus the system can process the greater the amount of data in the same time, reduce the imaging time. Bstar-150 suing 8 / 16 channel radio frequency receiving, combined with the latest parallel sampling technology, using the DDC digital direct sampling, can short the scan time and get excellent image quality.

E-alarm technology

At the same time, in Bstar-120 configuration there is a special monitoring system, it is simple and easy to operate, it can real-time monitoring the magnet internal pressure, temperature and liquid helium level, if the magnet condition is abnormal, the monitoring system can automatically send alarm information to the user's phone, it can greatly reduce the risk of magnet quenches.

Interactive environment