Our technology
Simodont uses similar high-end technology as also used in multi-million dollar flight simulators, used by professional pilots for flight training. The feeling of the control column used to fly an aircraft must be exactly reproduced in these simulators. This requires a sophisticated system of force sensors, control electronics, computers, software and precision mechanisms. Dental students now have access to exactly that same technology. Custom design- and manufacturing know-how and technology application experience has all been incorporated into Simodont.
Advanced software is used to display 3D objects, to simulate material removal, and to ensure a high level of physical and haptic realism.
And the great thing is, dental schools are now using this digital technology in ways that we could never have foreseen. To us this shows the value of pursuing high-quality. But above all it shows us that cooperation with schools is vital in getting the best into Simodont… and education.
Our technology is protected by several patents, registered designs, patents pending and copyrights.
Our technology partners
We work closely with Surgical Science in Sweden, the world market leader in 3D medical simulation software. The medical simulation platform of SenseGraphics creates realistic physical behavior, photo realistic anatomical 3D structures created from real patient data and immersive haptic feedback.
Furthermore we work with global specialists in areas such as high precision sensors and motors.
With dental technology companies and universities we work on a range of topics such as tuning of the exact feel of instruments, implementation of new procedures, file sharing and work flow optimization.
Together with the specialists of Nissin, we work on ways to connect and align Simodont even better with more traditional dental training methods and equipment.
THE LATEST NEWS
Why VR Haptics matters: enhanced education and improved self-confidence
Why VR Haptics matters: enhanced education and improved self-confidence
An interesting study on Virtual Reality (VR) haptics-based training was published recently. It is a good example of how Simodont can be integrated in a dental curriculum and it demonstrates the effectiveness of this technology.
The study was conducted at the Institute of Dentistry, University of Eastern Finland using Simodont dental trainers and conventional phantom-head teaching methods. It was demonstrated that integrating VR haptics with traditional tooth preparation exercises can significantly improve learning outcomes for dental students. It also showed a notable increase in students’ self-confidence following their practice sessions in the VR haptic environment.
By incorporating Simodont into the curriculum educators provided students with a more diverse and technologically advanced learning experience. Key findings from the research indicate that this approach offers several advantages:
- Improved manual dexterity,
- Enhanced preparation for upcoming courses,
- Increased efficiency in learning tooth preparation techniques,
- Increased student well-being.
A short video of the study can be seen here: https://youtu.be/0UBDOosgv2E
The paper can be found here: https://pubmed.ncbi.nlm.nih.gov/37823540/
This approach to dental education not only augments traditional teaching methods, it also provides students with a more flexible and repeatable learning environment. The study’s results suggest that combining VR haptics with conventional practices could revolutionize dental education, ultimately producing more skilled and confident students and future dentists and serves for better oral care.