During the past decade, navigational devices have provided an unprecedented degree of surgical guidance during neurosurgical procedures. The development of image-guided neurosurgery represents a substantial improvement in the microsurgical treatment of tumours, vascular malformations, and other intracerebral lesions. It allows a greater accuracy in the localization of the lesion, a more accurate determination of its margins, and a safer surgical removal, avoiding injury to the surrounding brain tissue.

Magnetic resonance imaging has many significant advantages such as multi-parameter imaging, arbitrary orientation scanning, high spatial resolution, good soft tissue contrast, no bone density artifacts, and no radiation damage. Compared with ultrasound, X-ray , CT and other image guidance technologies, MRI guidance is more and more recognized by users and academics.

1.Precise planning of surgical path before surgery

2.Real-time navigation and monitoring during surgery

3.Timely treatment evaluation after surgery

4.With an open MRI system, performing surgery without moving the patient

5.Can be configured with MRI guided minimally invasive treatment system or non-invasive treatment system

6.Magnet type : Permanent magnet, no cryogens

7.Eddy current suppression design, clearer image

8.Intervention special imaging coil, taking into account openness and imaging quality

9.Abundant 2D and 3D rapid imaging sequences and technologies

10.Single-phase power supply, low system maintenance cost and operating cost

1.Magnetic field strength: 0.25T

2.Magnet opening: 240mm

3.Imaging uniform area: Φ200*180mm

4.Magnet weight: <1.5 tons

5.Gradient field strength: 25mT/m

6.Provide personalized customization