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 education and surgical training demand precision, realism, and innovation. The Completely Edentulous Maxilla model from V-Invent is designed to provide clinicians, students, and researchers with a highly accurate simulation tool for implant placement and maxillofacial practice. Product Highlights Hybrid Bone Design: 3D printed shell replicating cortical bone, filled with styrofoam to mimic cancellous bone. Realistic Simulation: Features a 2–3 mm cortical layer with sp

Dental implant procedures demand precision, confidence, and thorough planning. At V-Invent , we’ve designed the Basic Implant Practice Guide (Non-Autoclavable Resin) to help surgeons and doctors rehearse implant placement with unmatched accuracy before the final surgical guide fabrication. Why Choose the Basic Implant Practice Guide? Patient-Specific Bone Replica Generated from CT scan data, it replicates bone anatomy for realistic simulation and tactile confirmation of impl

Dental professionals and students know that mastering surgical techniques requires more than theory—it demands hands-on practice with realistic models. The GBR Guided Bone Regeneration Model from Vinvent is designed to provide exactly that. This advanced training tool replicates clinical scenarios, enabling practitioners to practice guided bone regeneration procedures with precision. By simulating real-life conditions, it helps build confidence and skill before transitionin

Dental implantology requires precision, practice, and the right tools to master complex procedures. At V-Invent , we bring innovation to your training with our Partial Thickness Flap Implant Model — a versatile solution designed to simulate real-life surgical scenarios with unmatched accuracy. Why Choose This Model? Our implant model is custom-designed to replicate soft tissue and bone structures, offering a realistic experience for: Guided Bone Regeneration (GBR) Direct & I

Dental professionals know that precision and practice are the keys to successful sinus lift procedures. At V-Invent, we bring innovation to your hands with our Maxillary Surgical Model with Sinus Tissue—a cutting-edge training tool designed to simulate real-life surgical conditions. Why Choose This Model ? Realistic Anatomy: Features removable parts for repeated mock surgeries. Hybrid Bone Simulation: D2 type bone with cortical and cancellous layers for authentic implant

Dental implants rely heavily on the quality and density of bone. Different bone types (D1–D4) affect: Implant selection – choosing the right size and type. Primary stability – ensuring the implant holds firmly during placement. Loading protocols – deciding when and how to apply functional load. Traditional training often struggles to replicate these variations. That’s where Bone Density Models by V-Invent come in. About V-Invent’s Bone Density Models Material: 3D Printed