Description

The Vision-RTM 800 takes the Digital Infinite Refraction™ technology to the next level, delivering unparalleled precision and comfort during the refraction process. Combining a patented lens module with advanced Smart Program algorithms, this phoropter revolutionizes the way refractive errors are measured, ensuring accurate results and a superior patient experience.

Key Features:

• Patented Lens Module: This innovative module simultaneously controls sphere, cylinder, and axis, allowing for a more precise and comprehensive refraction, without the need for manual adjustments.

• Smart Program Algorithms: These intelligent algorithms automatically adjust the phoropter lenses based on the patient’s responses, making the process faster and more efficient while maintaining high accuracy.

• Precise Refraction: The Vision-RTM 800 allows you to refract down to 0.01D, giving practitioners the ability to tailor prescriptions with exceptional sensitivity, ensuring the best possible visual outcome for each patient.

• Patient-Specific Adjustments: Throughout the refraction process, the phoropter adjusts dioptric increments according to the individual patient’s response, leading to precise results that are easy for the patient to understand.

• Enhanced Patient Comfort: The Vision-RTM 800 provides a comfortable, stress-free eye exam experience that is both efficient and patient-centric. With dynamic adjustments and a simplified workflow, patients can feel confident and relaxed throughout the exam.

• Efficient Workflow: The system reduces the time spent on manual lens changes, allowing for a quicker yet more accurate refraction process, and leading to a smoother experience for both the practitioner and patient.

Incorporating Digital Infinite Refraction™ technology, the Vision-RTM 800 redefines the refraction procedure, offering an advanced solution that is faster, more precise, and patient-friendly. This technology ensures the most accurate and personalized eye exam available today, improving patient satisfaction and clinical efficiency.