Tomey Multifunctional Unit MR-6000

6-in-1 Diagnostic Power for Faster, Smarter Eye Examinations

The Tomey MR-6000 is a multifunctional unit that integrates six essential diagnostic tests into a compact and efficient system: objective refraction, keratometry, topography, tonometry, pachymetry, and Dry Eye analysis. With the ability to automatically switch measurement cones in less than four seconds, the MR-6000 completes a full examination in just 90 seconds, minimizing patient chair time while maximizing clinical workflow. The integrated Dry Eye observation application expands the system’s capabilities, making it a powerful 5+1 solution for comprehensive eye care. Whether performing glaucoma screening, analyzing corneal surface irregularities, or evaluating tear film health, the MR-6000 delivers speed, precision, and versatility in a single device.

Precise Refraction and Keratometry Measurements

The MR-6000 ensures high-precision measurements for both refraction and keratometry, thanks to an enhanced measurement principle and advanced SLD (Super Luminescent Diode) technology. This innovation delivers exceptional image quality and measurement accuracy, regardless of media opacity or the severity of ametropia. Whether for routine examinations or complex cases, the MR-6000 provides consistent and reliable results to support confident diagnoses.

Quick Refraction Mode

The Quick Refraction Mode of the MR-6000 is specifically designed to obtain accurate objective refraction values within seconds, even in challenging cases such as patients with nystagmus, children, or those who cannot maintain stable fixation. Thanks to advanced SLD technology, the system delivers high-quality measurements regardless of media opacity or the degree of ametropia. This ensures reliable results and greater diagnostic efficiency, even in complex clinical scenarios or with uncooperative patients.

Tonometry and Pachymetry Integration for Accurate IOP

The MR-6000 combines advanced tonometry and pachymetry to deliver precise intraocular pressure (IOP) measurements. A new generation of airflow technology ensures a smooth, comfortable air puff for the patient. The system automatically adjusts air intensity based on the initial reading, optimizing the patient experience. Pachymetry is performed by calculating the travel time difference between the corneal epithelium and endothelium, allowing the MR-6000 to apply automated IOP correction based on corneal thickness. This integration ensures reliable and accurate IOP values, supporting glaucoma assessments with greater confidence.

Advanced Corneal Topography with Precision and Flexibility

The MR-6000 performs high-quality corneal topography using 16 Mire rings to examine an area of 8 mm in diameter. It provides a variety of topographic maps —including Fourier analysis— offering extensive corneal surface visualization options. Each measurement includes pupil and white-to-white (WTW) diameters, with the possibility of manual point correction to ensure maximum precision. Once captured, topographic data is automatically exported to the patient file and stored in the integrated database, enabling seamless tracking and comparison over time.

Refined Automatic Alignment for Effortless Operation

The MR-6000 features wide-range alignment through image recognition, enabling automatic alignment and measurements with minimal operator intervention. The detection area highlighted in yellow indicates the system’s real-time auto-alignment range, ensuring precise positioning even in challenging cases. This refined automatic alignment and automatic capture system simplify the examination process, supporting both speed and accuracy.

Dry Eye Analysis

The MR-6000 goes beyond standard diagnostic tools by integrating a powerful Dry Eye Observation application. It combines four key examinations—blink analysis, tear meniscus height, hyperemia evaluation, and Meibomian gland imaging—to provide a comprehensive view of the ocular surface. Using an ultra-high-speed camera, the system records a 10-second video to analyze blink frequency and eyelid closure. It also measures the tear prism, where a height below 0.2 mm indicates an elevated risk of dry eye. Infrared meibography and hyperemia evaluation further enhance the ability to detect and assess dry eye conditions with precision—all from a single automated platform.

Maximize Space, Efficiency, and Patient Comfort with the MR-6000

The MR-6000 by Tomey revolutionizes ophthalmic workflows by combining multiple diagnostic functions into a single compact unit. Traditionally, separate devices for refraction, keratometry, topography, pachymetry, and tonometry would crowd the examination room, hindering the free movement of patients and staff—especially in the case of children or wheelchair-bound patients. Furthermore, the lack of space limited the opportunity to install new advanced equipment. With the MR-6000, all key functions are integrated into a single optimized system. This not only frees up valuable clinical space for future device installations (such as optical biometers or ultrasound units), but also enhances the overall patient experience. Its design allows for better accessibility and easier movement within the examination room.

Reduce Operational Costs and Time

Beyond space savings, the MR-6000 minimizes maintenance costs by consolidating multiple machines into one. It even includes a Dry Eye Analysis function, eliminating the need for an additional device. Time efficiency is another key advantage. The MR-6000 drastically reduces transition time between examinations—from approximately 30 seconds when moving between separate devices to just 3 seconds within the all-in-one system. This significantly shortens total examination time and reduces patient fatigue.

Smart Interface, Intuitive Workflow

Designed with ease of use in mind, the MR-6000 features a sophisticated interface with simple results display and intuitive button functions. Even first-time users can easily perform a complete series of examinations, making it an ideal solution for both experienced professionals and new practitioners.