Maxillary Extraction W/ Third Molars + Greater Palatine & Incisive Canal Nerve Branch
Master Complex Extractions & Implant Procedures with Precision
Refine your dental surgical techniques with our cutting-edge Maxillary Extraction Model with Third Molars—a meticulously designed tool that offers realistic, hands-on training for complex extractions and implant placement. This high-fidelity model replicates anatomical accuracy, providing an immersive learning experience for dental professionals and students.
Key Features:
Enhanced Third Molar & Sinus Anatomy
• Realistic sinus floor positioning adjacent to the first molar, replicating common clinical scenarios for extraction training.
• Root tips interacting with the sinus to provide an accurate experience for sinus-related extractions.
Root Canal Anatomy for Molars
• The molars now feature precisely designed root canal anatomy, simulating real pulp chambers and canal systems for enhanced endodontic training.
•Allows practitioners to combine extraction and root canal procedures for advanced surgical simulation.
Greater Palatine Artery Groove & Nerve Structure
•The groove for the greater palatine artery has been incorporated based on anatomical references, offering a detailed vascular landmark for accurate clinical training.
•Optional soft and red nerve representation running from the greater palatine nerve to the incisive region, visible beneath the simulated soft tissue.
Realistic Third Molar Extraction Training
•Designed to simulate the challenging removal of fully and partially impacted third molars, helping practitioners refine their skills in difficult extraction scenarios.
• Ideal for osteotomy training, sectioning techniques, and flap designs in complex cases.
Anatomically Accurate Design
•DICOM-based precision ensures a lifelike maxillary structure, replicating bone density, root positioning, and sinus proximity for realistic surgical practice.
•Clear radiographic visibility makes it ideal for CBCT planning and diagnostic training.
Durable, Flexible Soft Tissue Simulation
• Features robust synthetic gingival tissue for realistic incisions, retraction, and suturing without tearing.
• Provides an authentic hands-on experience for learning flap elevation and closure techniques.
CBCT & X-Ray Compatible
• Fully scannable for pre-op imaging and treatment planning, allowing users to integrate real-world radiographic techniques into their training.
Versatile Applications:
Advanced Extraction Training
• Perfect for handling impacted and multi-rooted third molars under lifelike conditions.
•Enhances surgical confidence in atraumatic extraction techniques for wisdom teeth removal.
Implant Placement & Prosthetic Training
•Ideal for implantology workshops—pair with our fully edentulous model to practice ridge preservation, grafting, and implant placement in a toothless maxillary arch.
•Useful for learning socket preservation techniques post-extraction.
Educational Excellence
• A valuable tool for dental schools, CE courses, and professional workshops focusing on extractions, implant training, and full-arch rehabilitation.
Master Complex Extractions & Implant Procedures with Precision
Refine your dental surgical techniques with our cutting-edge Maxillary Extraction Model with Third Molars—a meticulously designed tool that offers realistic, hands-on training for complex extractions and implant placement. This high-fidelity model replicates anatomical accuracy, providing an immersive learning experience for dental professionals and students.
Key Features:
Enhanced Third Molar & Sinus Anatomy
• Realistic sinus floor positioning adjacent to the first molar, replicating common clinical scenarios for extraction training.
• Root tips interacting with the sinus to provide an accurate experience for sinus-related extractions.
Root Canal Anatomy for Molars
• The molars now feature precisely designed root canal anatomy, simulating real pulp chambers and canal systems for enhanced endodontic training.
•Allows practitioners to combine extraction and root canal procedures for advanced surgical simulation.
Greater Palatine Artery Groove & Nerve Structure
•The groove for the greater palatine artery has been incorporated based on anatomical references, offering a detailed vascular landmark for accurate clinical training.
•Optional soft and red nerve representation running from the greater palatine nerve to the incisive region, visible beneath the simulated soft tissue.
Realistic Third Molar Extraction Training
•Designed to simulate the challenging removal of fully and partially impacted third molars, helping practitioners refine their skills in difficult extraction scenarios.
• Ideal for osteotomy training, sectioning techniques, and flap designs in complex cases.
Anatomically Accurate Design
•DICOM-based precision ensures a lifelike maxillary structure, replicating bone density, root positioning, and sinus proximity for realistic surgical practice.
•Clear radiographic visibility makes it ideal for CBCT planning and diagnostic training.
Durable, Flexible Soft Tissue Simulation
• Features robust synthetic gingival tissue for realistic incisions, retraction, and suturing without tearing.
• Provides an authentic hands-on experience for learning flap elevation and closure techniques.
CBCT & X-Ray Compatible
• Fully scannable for pre-op imaging and treatment planning, allowing users to integrate real-world radiographic techniques into their training.
Versatile Applications:
Advanced Extraction Training
• Perfect for handling impacted and multi-rooted third molars under lifelike conditions.
•Enhances surgical confidence in atraumatic extraction techniques for wisdom teeth removal.
Implant Placement & Prosthetic Training
•Ideal for implantology workshops—pair with our fully edentulous model to practice ridge preservation, grafting, and implant placement in a toothless maxillary arch.
•Useful for learning socket preservation techniques post-extraction.
Educational Excellence
• A valuable tool for dental schools, CE courses, and professional workshops focusing on extractions, implant training, and full-arch rehabilitation.
Master Complex Extractions & Implant Procedures with Precision
Refine your dental surgical techniques with our cutting-edge Maxillary Extraction Model with Third Molars—a meticulously designed tool that offers realistic, hands-on training for complex extractions and implant placement. This high-fidelity model replicates anatomical accuracy, providing an immersive learning experience for dental professionals and students.
Key Features:
Enhanced Third Molar & Sinus Anatomy
• Realistic sinus floor positioning adjacent to the first molar, replicating common clinical scenarios for extraction training.
• Root tips interacting with the sinus to provide an accurate experience for sinus-related extractions.
Root Canal Anatomy for Molars
• The molars now feature precisely designed root canal anatomy, simulating real pulp chambers and canal systems for enhanced endodontic training.
•Allows practitioners to combine extraction and root canal procedures for advanced surgical simulation.
Greater Palatine Artery Groove & Nerve Structure
•The groove for the greater palatine artery has been incorporated based on anatomical references, offering a detailed vascular landmark for accurate clinical training.
•Optional soft and red nerve representation running from the greater palatine nerve to the incisive region, visible beneath the simulated soft tissue.
Realistic Third Molar Extraction Training
•Designed to simulate the challenging removal of fully and partially impacted third molars, helping practitioners refine their skills in difficult extraction scenarios.
• Ideal for osteotomy training, sectioning techniques, and flap designs in complex cases.
Anatomically Accurate Design
•DICOM-based precision ensures a lifelike maxillary structure, replicating bone density, root positioning, and sinus proximity for realistic surgical practice.
•Clear radiographic visibility makes it ideal for CBCT planning and diagnostic training.
Durable, Flexible Soft Tissue Simulation
• Features robust synthetic gingival tissue for realistic incisions, retraction, and suturing without tearing.
• Provides an authentic hands-on experience for learning flap elevation and closure techniques.
CBCT & X-Ray Compatible
• Fully scannable for pre-op imaging and treatment planning, allowing users to integrate real-world radiographic techniques into their training.
Versatile Applications:
Advanced Extraction Training
• Perfect for handling impacted and multi-rooted third molars under lifelike conditions.
•Enhances surgical confidence in atraumatic extraction techniques for wisdom teeth removal.
Implant Placement & Prosthetic Training
•Ideal for implantology workshops—pair with our fully edentulous model to practice ridge preservation, grafting, and implant placement in a toothless maxillary arch.
•Useful for learning socket preservation techniques post-extraction.
Educational Excellence
• A valuable tool for dental schools, CE courses, and professional workshops focusing on extractions, implant training, and full-arch rehabilitation.