To be aleading company in the new era of MRI devicesapplied to the dental field. The company has technology developed entirely in-house for the creation of high-impact MRI systems.
Ourinnovationis based in3 pillars:
The development oflightweight systemsthat can obtain local images cheaply.
Ability to seesoft and hardtissues (such as bones or teeth).
Time to getimmediateresults (real time).
Our target is offering anew range of tools for the Dental image, promoting and optimising magnetic resonance imaging applications.
Problem
All dental clinics use X-rays. But X-rays are anionising radiation: this limits the number of images and requires special installations and control. Also, X-rays do not imagesoft tissue.
Problems with current X-ray based technology include:
Growing appreciation in the scientific community that increased dental X-ray use, especially in kids, increases the likelihood of cancer.
Significant overhead incurred by dental professionals in conforming to government regulations concerning ionising radiation.
Inadequate diagnostic information provided by dental X-rays about soft tissues (e.g., root structures).
Inadequate anatomic information provided by dental X-rays about the soft tissues of mouth and jaw, crucial in implant procedures.
Solution
Our systems are to compete with panoramicX-rayand cone-beamX-ray CT(Computerized Tomography) systems. Based on an ultra-fast technology licensed toTesoro Imaging, our system is:
Radiation-freeand low-costmagnetic resonance scanner designed for dental imaging, replacing the current standard based on potentially harmful X-ray technologies.
Safe for use withkids and pregnant women.
Dental MRI provides clinicians withenhanced anatomical and functional information.
The MRI scanner will allow toobtain HD hard and soft tissue images, enhancing the diagnostic and planning capabilities of dental professionals.
No special installationsor government supervision is required.
This device isoptimal for mobile dental care.
Some of our ongoing work includes:
Design newtechnologiesmagnet design.
Design of newhigh efficiencystrength gradient coils.
Development of ultrafast high frequencypulse sequences.
3DMagnet and Coils printed using additive manufacturing techniques.
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