Eyeball Anatomical Model Advanced Cataract Half Eyeball Pathology Demonstration This detailed halfeyeball model presents cataract and related ocular anatomy for clear, handson study. Made from durable advanced PVC, the model is sized for tabletop display and classroom use, providing a realistic visual aid that supports explanation, instruction, and selfdirected learning. Key benefits Makes complex anatomy visible: clearly shows internal eye structures and cataract pathology to improve understanding of eye anatomy and common lens changes. Practical teaching tool: ideal for instructors, clinicians, and students who need a durable, easytohandle model for demonstrations and lessons. Stable, reusable display: solid construction and accurate proportions allow repeated handling in classrooms, patient consultations, and training sessions. Features and specifications Type: Advanced cataract halfeyeball pathology model Size: 16 x 13 x 12 cm Weight: 0.8 kg Material: Advanced PVC for durability and surface detail Package contents: 1 eyeball model Form: Halfeye design for direct view of internal structures How it solves common needs Teaching and learning: simplifies explanations of ocular structure and cataract appearance so students grasp spatial relationships faster than with text alone. Patient education: helps clinicians demonstrate lens opacity and surgical concepts in consultations without technical diagrams. Practical training: supports smallgroup labs and handson demonstrations where portability and clear visuals matter. Suggested use scenarios Medical or anatomy classroom: place on desks or demonstration tables to accompany lectures, lab sessions, and student practice. Doctor office or clinic: use during patient consultations to illustrate cataract development and eye structure. Hospital or training workshops: include in simulation stations and continuing education modules for clinicians and technicians. Notes Color may vary slightly from images due to lighting and screen settings. Please allow slight dimensional differences due to manual measurement. This eyeball model offers a straightforward, durable solution for visualizing cataract pathology and internal eye anatomy in educational and clinical settings.