Instrumental functional diagnostics with the ROSY simulator

Area of Science:

• Biomedical Engineering
• Dental Technology
• Robotics

Background:

• The ROSY robot system is a novel development for simulating jaw movements.
• Stepper motor control enables precise simulation of mandibular motion.

Purpose of the Study:

• To introduce the ROSY robot system for dental applications.
• To highlight its capabilities in functional diagnostics and splint production.
• To explore its potential for advanced applications like CAD of OR templates and implant restorations.

Main Methods:

• Utilizing a stepper motor-controlled robotic system (ROSY) to simulate jaw movements.
• Implementing computer-assisted design (CAD) for oral rehabilitation (OR) templates.
• Applying the system for the production of implant-borne restorations.

Main Results:

• The ROSY system successfully simulates jaw movements.
• Computer-assisted design of OR templates is feasible with this system.
• The system facilitates the production of implant restorations with optimized loading.

Conclusions:

• The ROSY robot system offers a versatile platform for dental diagnostics and prosthetics.
• It enables precise simulation and production, enhancing treatment outcomes.
• Further applications in advanced dental procedures are possible.