Maxillary Quadrant Extraction w/ 3rd Molar (Client)
Quadrant models designed from patient CBCT data provide a realistic representation, incorporating both bone and soft tissue along with teeth, including the third molar pulp canal. This innovative approach allows for enhanced training experiences, particularly for sinus lift procedures, where the sinus membrane can be utilized effectively. Furthermore, the soft tissue components of the model offer the opportunity for cutting and suturing, facilitating a training experience that closely mimics real-life surgical scenarios. This level of detail in simulation training is vital for developing the skills necessary for successful clinical practice.
Quadrant models designed from patient CBCT data provide a realistic representation, incorporating both bone and soft tissue along with teeth, including the third molar pulp canal. This innovative approach allows for enhanced training experiences, particularly for sinus lift procedures, where the sinus membrane can be utilized effectively. Furthermore, the soft tissue components of the model offer the opportunity for cutting and suturing, facilitating a training experience that closely mimics real-life surgical scenarios. This level of detail in simulation training is vital for developing the skills necessary for successful clinical practice.
Quadrant models designed from patient CBCT data provide a realistic representation, incorporating both bone and soft tissue along with teeth, including the third molar pulp canal. This innovative approach allows for enhanced training experiences, particularly for sinus lift procedures, where the sinus membrane can be utilized effectively. Furthermore, the soft tissue components of the model offer the opportunity for cutting and suturing, facilitating a training experience that closely mimics real-life surgical scenarios. This level of detail in simulation training is vital for developing the skills necessary for successful clinical practice.