Innovative, Fully Digital, 3D Ophthalmic Surgical Microscope: The VOMS-400 by Sometech Inc.

Innovative, Fully Digital, 3D Ophthalmic Surgical Microscope: The VOMS-400 by Sometech Inc.

Wednesday, February 11, 2026 1:30 PM to 2:00 PM · 30 min. (Asia/Dubai)
Future X
Future X: Live Demos & Showcases
Non-CME Conferences

Information

This presentation shares real-world clinical and educational experiences using a second-generation 4K 3D digital ophthalmic microscope. The system delivers high-resolution (3840 × 2160, 60 fps) 3D imaging, featuring an embedded RetON wide-field retinal viewing module that eliminates the need for external image inverters. Throughout a wide spectrum of procedures—ranging from complex cataract surgery and Yamane-technique IOL fixation to pars plana vitrectomy for tractional retinal detachment—the platform provided exceptional depth perception and visualization, ensuring precise tissue manipulation and surgical stability.

Beyond clinical performance, the heads-up approach significantly improves surgeon ergonomics by reducing the physical strain associated with traditional oculars. The large-format monitor also enhances workflow efficiency through integrated 4K recording and fosters a collaborative environment where assistants and trainees share the same real-time view. This transparent visualization is particularly valuable in training and live demonstration settings, improving intraoperative communication. In conclusion, the 4K 3D digital microscope represents a versatile, future-ready solution that optimizes surgical quality, surgeon comfort, and educational value, signaling a strong potential for broader adoption in modern ophthalmic practice.

Learning Objectives:

Evaluate the Clinical Advantages of Digital Visualization:

Understand the technical specifications of second-generation 4K 3D digital microscopy, specifically how the integrated RetON wide-field module streamlines vitreoretinal surgery by eliminating external hardware.

Assess Surgical Precision and Ergonomic Benefits:

Identify the impact of high-resolution 3D depth perception on complex tissue manipulation—such as the Yamane technique and tractional retinal detachment repair—while analyzing the role of "heads-up" surgery in reducing surgeon musculoskeletal strain.

Analyze the Impact on Surgical Education and Workflow:

Recognize how real-time, large-format monitor displays and integrated 4K recording enhance intraoperative communication, streamline documentation, and provide superior collaborative training opportunities for residents and surgical staff.

This is an ATTEND IN PERSON session. If you have any questions about the session, please send an email to Customer Success Team at sponsorswhx@informa.com

Session Days
Day 3 - Wednesday, 11th Feb
Sponsored and Featured
Yes
Future X
Live Demos & Showcases
Locations
Future X

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