Implant practice Model JPS-TM-017

Implant practice Model JPS-TM-017

The alveolar bone part on the model which is used for planting practice has compact bone and cancellous bone structure, wider bone width allows you to do basic implant techniques, replaceable implant socket feature allows you to practice repeatedly opposing upper jaw enables you to consider drilling and implant insertion direction and angle in relationship to the opposing dentition. Procedures up to the final restoration are possible.

Key Features

• Realistic Bone Structure: Compact and cancellous bone structure for lifelike drilling resistance.
• Wider Bone Width: Allows for basic implant techniques and placement.
• Replaceable Implant Socket: Enables repeated practicing of implant procedures.
• Opposing Jaw Integration: Consider drilling and insertion direction relative to opposing dentition.
• Full Procedure Support: Practice all steps from initial drilling up to final restoration.

Master Implantology with Precision

The JPS-TM-017 Implant Practice Model is meticulously engineered for dental students and professionals focusing on implant procedures. The alveolar bone integrates both compact and cancellous bone structures, ensuring a lifelike tactile response during drilling and preparation.

With its opposing upper jaw, practitioners can master implant insertion angles relative to opposing dentition. Furthermore, the replaceable socket feature ensures that users can drill, place implants, and follow through to the final restoration multiple times without degrading the integrity of the base model.

Core Advantages

• Realistic Resistance: Simulates compact and cancellous bone for accurate tactile feedback.
• Replaceable Sockets: Reusable sockets for cost-effective repeated practice.
• Opposing Dentition: Upper jaw included to check insertion angle and alignment.
• Comprehensive Training: Covers everything from drilling to final restoration.
• Wide Bone Profile: Provides ample width for mastering basic implant techniques.
• Anatomical Accuracy: Highly accurate morphological features for clinical simulation.