OroMed Supplies
Ophthalmic Retinoscopy Training Model (Schematic Practice Eye)
Ophthalmic Retinoscopy Training Model (Schematic Practice Eye)
Regular price
$147.00 AUD
Regular price
$0.00 AUD
Sale price
$147.00 AUD
Taxes included.
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Comparable equipment from other retailers is typically priced around $225.00 — this is what we charge.
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Shipping: Australian orders: 10–15 business days via Australia Post. International orders: 20–30 business days. Customers are responsible for any customs duties or import taxes charged on delivery.
⚠️ IMPORTANT PRECLINICAL NOTICE: This product is strictly engineered for preclinical vision laboratories, optical physics simulations, and student home-study applications only. It is a mechanical training schematic model containing no biological elements.
Perfect your streak alignment, axis mapping, and neutralization trajectories at your own desk. The OroMed Supplies Ophthalmic Retinoscopy Training Model provides optometry and orthoptic students with a highly responsive, adjustable schematic eye designed to build clinical speed and manual reflex precision prior to practical viva examinations.
Key Student Features:
• Adjustable Refractive Scale: Fully tunable mechanical barrel engineered to simulate varying degrees of hyperopia and myopia training baselines.
• Anatomical Grid Slide: Features an internal sliding scale displaying authentic structural landmarks to practice axis visualization.
• Universal Desktop Footprint: Weighted base construction designed to rest securely on student study desks or lab workbenches without sliding during measurement passes.
Perfect your streak alignment, axis mapping, and neutralization trajectories at your own desk. The OroMed Supplies Ophthalmic Retinoscopy Training Model provides optometry and orthoptic students with a highly responsive, adjustable schematic eye designed to build clinical speed and manual reflex precision prior to practical viva examinations.
Key Student Features:
• Adjustable Refractive Scale: Fully tunable mechanical barrel engineered to simulate varying degrees of hyperopia and myopia training baselines.
• Anatomical Grid Slide: Features an internal sliding scale displaying authentic structural landmarks to practice axis visualization.
• Universal Desktop Footprint: Weighted base construction designed to rest securely on student study desks or lab workbenches without sliding during measurement passes.
