SinusLift: Maxillary Hands-On Simulation Model
Maxillary Sinus Lift Hands-On Simulation Model
Master the intricacies of sinus lift surgery with our hyper-realistic Maxillary Sinus Lift Simulation Model—built for dental professionals seeking advanced training in lateral and crestal sinus elevation techniques. Engineered from anatomical DICOM data and optimized for surgical simulation, this model replicates the critical anatomy of the posterior maxilla
Key Features:
Realistic Maxillary Sinus Anatomy
• Accurately positioned sinus cavities with variable floor thickness for lifelike osteotomy and membrane elevation practice.
• Simulated Schneiderian membrane available in optional versions for membrane handling and lift technique validation.
• Replicates the proximity of the sinus to first and second molar roots, mimicking common implant site challenges.
Crestal & Lateral Approach Ready
• Designed to support both lateral window and crestal sinus lift techniques using osteotomes, piezosurgery, or conventional drills.
• Includes premolar and molar site configurations ideal for staged or simultaneous implant placement training.
Bone Density Variation
• Multi-density bone structure simulates cortical and cancellous layers for realistic drilling resistance and tactile feedback.
• Supports sinus grafting material placement and condensation practice with high accuracy.
Surgical Landmark Precision
• Incorporates anatomical landmarks like the zygomatic buttress, nasal floor, and sinus walls for proper orientation and training accuracy.
• Enables clinicians to practice safe, repeatable osteotomy positioning for implantology success.
Soft Tissue Simulation
• Flexible, incision-ready gingiva allows for full-thickness flap elevation, suturing, and closure techniques during lateral window access.
• Compatible with common surgical instruments and retraction tools used in live surgery.
CBCT & X-Ray Compatible
• Fully radiopaque structure ensures clear visualization in CBCT scans and periapical X-rays—ideal for diagnostic imaging and treatment planning.
Versatile Applications:
Sinus Lift Surgery Training
• Perfect for hands-on practice in crestal and lateral sinus elevation techniques.
• Great for membrane lift, grafting, and implant placement training in posterior maxilla.
Implant Placement Courses
• Ideal for CE workshops teaching posterior implant strategies involving sinus proximity.
• Enables real-world simulation of immediate vs delayed placement after sinus augmentation.
Advanced Surgical Simulation
• Used in residency programs and surgical CE courses for high-fidelity practice without cadavers.
• Helps dentists build confidence in advanced procedures through repeatable training.
Maxillary Sinus Lift Hands-On Simulation Model
Master the intricacies of sinus lift surgery with our hyper-realistic Maxillary Sinus Lift Simulation Model—built for dental professionals seeking advanced training in lateral and crestal sinus elevation techniques. Engineered from anatomical DICOM data and optimized for surgical simulation, this model replicates the critical anatomy of the posterior maxilla
Key Features:
Realistic Maxillary Sinus Anatomy
• Accurately positioned sinus cavities with variable floor thickness for lifelike osteotomy and membrane elevation practice.
• Simulated Schneiderian membrane available in optional versions for membrane handling and lift technique validation.
• Replicates the proximity of the sinus to first and second molar roots, mimicking common implant site challenges.
Crestal & Lateral Approach Ready
• Designed to support both lateral window and crestal sinus lift techniques using osteotomes, piezosurgery, or conventional drills.
• Includes premolar and molar site configurations ideal for staged or simultaneous implant placement training.
Bone Density Variation
• Multi-density bone structure simulates cortical and cancellous layers for realistic drilling resistance and tactile feedback.
• Supports sinus grafting material placement and condensation practice with high accuracy.
Surgical Landmark Precision
• Incorporates anatomical landmarks like the zygomatic buttress, nasal floor, and sinus walls for proper orientation and training accuracy.
• Enables clinicians to practice safe, repeatable osteotomy positioning for implantology success.
Soft Tissue Simulation
• Flexible, incision-ready gingiva allows for full-thickness flap elevation, suturing, and closure techniques during lateral window access.
• Compatible with common surgical instruments and retraction tools used in live surgery.
CBCT & X-Ray Compatible
• Fully radiopaque structure ensures clear visualization in CBCT scans and periapical X-rays—ideal for diagnostic imaging and treatment planning.
Versatile Applications:
Sinus Lift Surgery Training
• Perfect for hands-on practice in crestal and lateral sinus elevation techniques.
• Great for membrane lift, grafting, and implant placement training in posterior maxilla.
Implant Placement Courses
• Ideal for CE workshops teaching posterior implant strategies involving sinus proximity.
• Enables real-world simulation of immediate vs delayed placement after sinus augmentation.
Advanced Surgical Simulation
• Used in residency programs and surgical CE courses for high-fidelity practice without cadavers.
• Helps dentists build confidence in advanced procedures through repeatable training.
Maxillary Sinus Lift Hands-On Simulation Model
Master the intricacies of sinus lift surgery with our hyper-realistic Maxillary Sinus Lift Simulation Model—built for dental professionals seeking advanced training in lateral and crestal sinus elevation techniques. Engineered from anatomical DICOM data and optimized for surgical simulation, this model replicates the critical anatomy of the posterior maxilla
Key Features:
Realistic Maxillary Sinus Anatomy
• Accurately positioned sinus cavities with variable floor thickness for lifelike osteotomy and membrane elevation practice.
• Simulated Schneiderian membrane available in optional versions for membrane handling and lift technique validation.
• Replicates the proximity of the sinus to first and second molar roots, mimicking common implant site challenges.
Crestal & Lateral Approach Ready
• Designed to support both lateral window and crestal sinus lift techniques using osteotomes, piezosurgery, or conventional drills.
• Includes premolar and molar site configurations ideal for staged or simultaneous implant placement training.
Bone Density Variation
• Multi-density bone structure simulates cortical and cancellous layers for realistic drilling resistance and tactile feedback.
• Supports sinus grafting material placement and condensation practice with high accuracy.
Surgical Landmark Precision
• Incorporates anatomical landmarks like the zygomatic buttress, nasal floor, and sinus walls for proper orientation and training accuracy.
• Enables clinicians to practice safe, repeatable osteotomy positioning for implantology success.
Soft Tissue Simulation
• Flexible, incision-ready gingiva allows for full-thickness flap elevation, suturing, and closure techniques during lateral window access.
• Compatible with common surgical instruments and retraction tools used in live surgery.
CBCT & X-Ray Compatible
• Fully radiopaque structure ensures clear visualization in CBCT scans and periapical X-rays—ideal for diagnostic imaging and treatment planning.
Versatile Applications:
Sinus Lift Surgery Training
• Perfect for hands-on practice in crestal and lateral sinus elevation techniques.
• Great for membrane lift, grafting, and implant placement training in posterior maxilla.
Implant Placement Courses
• Ideal for CE workshops teaching posterior implant strategies involving sinus proximity.
• Enables real-world simulation of immediate vs delayed placement after sinus augmentation.
Advanced Surgical Simulation
• Used in residency programs and surgical CE courses for high-fidelity practice without cadavers.
• Helps dentists build confidence in advanced procedures through repeatable training.