Orascoptic, a global leader in surgical visualisation solutions, will showcase its latest high-performance loupes and lighting technologies at The Surgeon Show. The company, renowned for advancing clinical precision and practitioner ergonomics, will give surgeons the opportunity to test its industry-leading magnification systems first-hand.
Surgical procedures demand exceptional accuracy and sustained focus, and Orascoptic’s custom-built loupes are designed to support clinicians in delivering the highest standard of care without compromising comfort.
Attendees will be able to schedule live demonstrations of Orascoptic’s best-selling models, including the HDL™ 2.5 Macro, HDL™ 3.5x Prism, and the innovative EyeZoom™ - the first adjustable magnification loupe offering three levels of magnification from 3x to 5x.
Each loupe is engineered with exceptional optical clarity, wide fields of view, and ergonomically optimised working distances. Orascoptic’s precision-measurement process captures each clinician’s unique facial geometry, enabling the company to create a digital blueprint and build truly personalised devices.
The clinical community continues to praise Orascoptic’s impact on surgical performance. Professor Ricardo J. Komotar, MD, Program Director of Neurosurgery at the University of Miami, has described Orascoptic loupes as “the single most critical component” of his surgical equipment, enabling the removal of most brain tumours without a microscope and reducing operative time
Prof. Joseph Butler, Mater Ireland added: “Loupes are an absolutely essential tool for quality spine surgery. Even as robotics and A.I. are introduced into our theatres globally, we will always need to see things clearly. Precision helps me provide less invasive procedures, which results in shorter hospital stays and better outcomes,”
Surgeons visiting The Surgeon Show will have the opportunity to explore the full range of Orascoptic’s solutions, experience the difference of custom-built magnification, and discover how enhanced ergonomics can support long-term clinical performance.
