Haag Streit Eyesi Indirect Ophthalmoscope VR Simulator
Haag Streit Eyesi Indirect Ophthalmoscope VR Simulator

Haag Streit Eyesi Indirect Ophthalmoscope VR Simulator

SGD 0.00

The Haag-Streit Eyesi Indirect Ophthalmoscope is an advanced augmented reality simulator designed for structured training in binocular indirect ophthalmoscopy. It provides a safe, controlled environment for developing diagnostic skills in retinal examination, supported by a comprehensive library of clinically relevant ophthalmic pathologies.

The simulator replicates the full functionality of a real indirect ophthalmoscope using a patient model head, interchangeable lenses, and a head-mounted stereo display. Trainees view a real-time, 3D-rendered simulation of the retina and must correctly position the examination lens to perform a complete fundus evaluation.

The Haag-Streit Eyesi Indirect Ophthalmoscope is an advanced augmented reality simulator designed for structured training in binocular indirect ophthalmoscopy. It provides a safe, controlled environment for developing diagnostic skills in retinal examination, supported by a comprehensive library of clinically relevant ophthalmic pathologies.

The simulator replicates the full functionality of a real indirect ophthalmoscope using a patient model head, interchangeable lenses, and a head-mounted stereo display. Trainees view a real-time, 3D-rendered simulation of the retina and must correctly position the examination lens to perform a complete fundus evaluation.

  • The system realistically mimics indirect ophthalmoscopy, allowing trainees to perform retinal examinations in a fully immersive virtual environment. Real-time rendering dynamically responds to user interaction, ensuring accurate simulation of clinical examination techniques.

  • Eyesi Indirect includes a structured, step-by-step training curriculum designed to progressively develop diagnostic competence. Trainees begin with basic instrument handling and advance to complex clinical cases developed in collaboration with university eye clinics. Each case includes patient history, diagnostic questions, and supporting clinical data.

  • The curriculum is designed for independent learning, supported by built-in guidance elements and medical background information. Trainees progress through structured modules by completing cases and achieving defined performance thresholds, ensuring competency-based skill development.

  • The simulator provides quantitative performance evaluation after each session. Metrics include retinal coverage, light exposure, detection of pathological signs, and diagnostic accuracy. Immediate feedback allows continuous skill improvement for both trainees and educators.

  • The VRmNet web-based platform enables centralized management of users and training classes. Educators can assign courses, monitor progress, and receive automated performance updates. Trainees access dashboards containing training status, evaluation data, and a personal case library, available from any connected device.

 

Enquire Now