Huvitz Digital Refractor HDR-9000

The HDR-9000 is built to integrate seamlessly into a connected practice environment. Through advanced wireless communication, it can communicate with autorefractors, chart systems, enabling automatic data transfer while eliminating the need for manual input.
This streamlined workflow reduces errors, improves efficiency, and allows practitioners to focus on patient care rather than data handling. The result is a faster, more accurate, and fully connected refraction process.

The HDR-9000 features an advanced 21-Point Examination system designed to simplify the refraction process while maintaining high clinical accuracy. This intuitive workflow eliminates the need for extensive operator experience, allowing practitioners to perform comprehensive exams with ease.
All results are clearly displayed in real time, enabling both the examiner and the patient to easily interpret the data without complex explanations. This enhances communication, improves efficiency, and ensures a more streamlined and confident diagnostic process.

The HDR-9000 enables fast and precise measurement of both astigmatism axis and cylinder power, ensuring accurate and reliable results. Equipped with both dual cross cylinder lenses and a Jackson cross cylinder, the system supports highly accurate refinement of astigmatism and visual acuity. The high-speed lens switching minimizes the impact of patient accommodation during the exam, helping to maintain consistency and precision throughout the measurement process.
Additionally, the system offers customized exam capability for patients with different monocular heights, with adjustments of up to ±3 mm. This ensures optimal alignment and improved accuracy for a wider range of patient conditions.

The HDR-9000 offers advanced customization to accommodate a wide range of patient needs. Its tiltable body (0° to 45°) enables a more natural near vision examination, simulating a real-life reading position for improved patient comfort and accuracy.
For patients with different monocular heights, the system provides fine adjustment of up to ±3 mm, ensuring proper alignment and more precise measurements during the exam. Additionally, the tilting and swiveling display allows information to remain clearly visible regardless of the patient’s position, enhancing usability for both the practitioner and the patient throughout the examination process.

The HDR-9000 is fully compatible with polarized LCD chart systems, supporting both linear and circular polarization. This compatibility enhances flexibility while providing a cost-effective solution for modern refraction setups.

High-speed lens transitions minimize accommodative interference and reduce patient eye fatigue during the examination. The ultra-quiet operation enhances patient comfort, creating a smooth and relaxed refraction experience from start to finish.

The compact, streamlined design minimizes mechanical interference during examinations, allowing for unobstructed interaction and easier patient monitoring. This optimized form factor enhances both efficiency and workflow flexibility in any clinical setting.

A wide variety of charts and testing content enhances the versatility of the system. The HDR-9000 supports near vision testing, visual function assessments, and multiple refraction charts, along with vision therapy-related content, enabling a more complete and customized examination.
An intuitive graphical interface provides real-time guidance throughout the exam, simplifying the workflow and allowing practitioners to perform tests more quickly and efficiently.
The system includes a range of visual aids such as near vision charts, color vision tests (including incomplete color blindness), Amsler grid, anatomical images, and refractive power displays. These tools help patients better understand their results, improving communication and confidence in the diagnosis.

In addition to the standard control panel, the HDR-9000 can be operated via Tablet PC or computer, offering greater flexibility based on the practitioner’s preferences.
*(Tablet PC requirements: Windows 7 or 8 / Resolution 1366 × 768)