Dental implantology often demands precision in challenging anatomical regions. The Pterygoid Implant Practice Model by V‑Invent is designed to help clinicians and students simulate implant placement in the posterior maxilla with confidence. This model replicates a completely edentulous maxilla with pterygoid bone, crafted using D2 type hybrid bone. The 3D‑printed shell mimics cortical bone, while the styrofoam filling simulates cancellous bone. With a 2–3 mm cortical layer an

Dental professionals and students know that mastering advanced surgical techniques requires more than theory — it demands realistic practice. The Completely Dentulous Maxillary Model with Indirect Sinus Lift by V-Invent is designed to provide hands-on training for implantology and sinus lift procedures, ensuring accuracy, safety, and confidence in clinical applications. Product Highlights Realistic Anatomy: Mimics the maxillary arch with complete dentition for authentic surgi

Dental education and implantology demand precision, realism, and hands-on practice. The Partially Edentulous Mandible Model from V-Invent is designed to provide dental professionals and students with an advanced simulation tool that replicates real bone conditions for implant placement and surgical training. Key Features of the Model Hybrid Bone Design: 3D printed PLA shell replicating cortical bone, filled with styrofoam for cancellous bone simulation. Realistic Dimensions:

Dental implantology demands precision, practice, and the right tools to simulate real-life scenarios. At V-Invent , we bring innovation to your fingertips with the Completely Edentulous Mandible – a hybrid model designed for implant placement training and demonstration. Why Choose This Model? Realistic Bone Simulation: 3D printed shell mimics cortical bone. Styrofoam filling replicates D1-type cancellous bone. Protects Your Tools: Prevents drills from wearing out compared to