EYE 4 STRABISMUS
Product Description:
Eye 4 Strabismus is a highly realistic, 3D-printed ophthalmic training model designed to simulate strabismus surgery, enabling safe and versatile training in both pediatric and adult cases. The model allows practice of exposure, dissection, suturing, and repositioning of the extraocular muscles with anatomically correct insertions.
Training Options
The model allows for practice of:
• Conjunctival incision and closure
• Tenon’s capsule dissection
• Recession and resection of extraocular muscles
• Muscle transposition and suturing techniques
Its anatomically accurate scleral surface, muscle insertions, and conjunctival layers provide realistic haptic feedback for developing surgical skills in delicate extraocular procedures
Key Features:
• Enables training for recession, resection, and transposition techniques
• Suitable for both pediatric and adult strabismus scenarios
• Supports skill development for suturing and muscle anchoring
• Provides a controlled and pressure-free simulation environment
Ideal For:
• Ophthalmic surgeons, residents, and educators looking to enhance strabismus surgery skills—without the stress of live surgery..
Benefits:
• Hyper-Realistic Tactile Feedback simulates live-tissue resistance and handling
• Reusable & Cost-Efficient – ideal for wetlabs, residency training, and surgical education programs
• Shortens the learning curve for extraocular muscle surgery
Product Description:
Eye 4 Strabismus is a highly realistic, 3D-printed ophthalmic training model designed to simulate strabismus surgery, enabling safe and versatile training in both pediatric and adult cases. The model allows practice of exposure, dissection, suturing, and repositioning of the extraocular muscles with anatomically correct insertions.
Training Options
The model allows for practice of:
• Conjunctival incision and closure
• Tenon’s capsule dissection
• Recession and resection of extraocular muscles
• Muscle transposition and suturing techniques
Its anatomically accurate scleral surface, muscle insertions, and conjunctival layers provide realistic haptic feedback for developing surgical skills in delicate extraocular procedures
Key Features:
• Enables training for recession, resection, and transposition techniques
• Suitable for both pediatric and adult strabismus scenarios
• Supports skill development for suturing and muscle anchoring
• Provides a controlled and pressure-free simulation environment
Ideal For:
• Ophthalmic surgeons, residents, and educators looking to enhance strabismus surgery skills—without the stress of live surgery..
Benefits:
• Hyper-Realistic Tactile Feedback simulates live-tissue resistance and handling
• Reusable & Cost-Efficient – ideal for wetlabs, residency training, and surgical education programs
• Shortens the learning curve for extraocular muscle surgery