Topcon SOLOS Lensmeter: Advanced Lens Analysis with Automation and Precision
The Topcon SOLOS Lensmeter represents a pinnacle of automation and precision in lens measurement technology. It is equipped with a full range spectrometer that not only detects but accurately measures and marks single vision, progressive, and other multifocal lenses, whether they are already glazed in a spectacle frame or remain uncut.
Combining the functionality of a mapping-type lensmeter with a full-range spectrometer, SOLOS offers advanced lens analysis capabilities. With just a single touch, the device automatically positions each lens, identifies its type, and conducts comprehensive measurements for both lenses within the spectacle frame.
One of the standout features of the SOLOS Lensmeter is its spectral transmittance meter, designed specifically to measure light wavelength transmission across all types of lens materials. This capability is particularly valuable for explaining the benefits of UV-A and blue light protection to the wearer, providing essential information for informed decision-making about eyeglass selection.
Moreover, the SOLOS Lensmeter is equipped with built-in printing capabilities, allowing measurement results to be quickly and conveniently printed for reference. Additionally, these results can be seamlessly exported to an Electronic Medical Record (EMR) system, Topcon's CV-5000S digital phoropter, or the Chronos binocular refraction system, ensuring smooth integration into existing workflows and enhancing overall efficiency in the optical practice.
With just a single touch, SOLOS streamlines the lens measurement process by automatically positioning each lens, detecting its type, and conducting comprehensive measurements. This automation not only saves time but also ensures accuracy and consistency in the analysis of both lenses within a spectacle frame.
Moreover, SOLOS offers convenient options for documenting and sharing measurement results. The built-in printer allows practitioners to quickly generate hard copies of the results for reference. Additionally, the ability to export measurement data to an Electronic Medical Record (EMR) system or other compatible devices such as Topcon's CV-5000S digital phoropter or the Chronos binocular refraction system enhances data management and facilitates seamless integration into existing practice workflows.
In addition to its advanced lens analysis capabilities, the SOLOS lensmeter is equipped with several user-friendly features designed to enhance the user experience and streamline workflow efficiency.
The built-in thermal printer offers convenient on-the-spot printing of measurement results, allowing practitioners to quickly provide patients with hard copies for reference. This internal printer eliminates the need for external printing devices, minimizing clutter and simplifying operation.
Navigating and accessing the features of the SOLOS lensmeter is intuitive and straightforward, thanks to its touch screen LCD display. With 16 million colors and a sizeable 7-inch screen, users can interact with the device comfortably and efficiently. The touch screen interface enhances usability, enabling seamless navigation through menus and options with just a few taps.
For illumination during measurements, the SOLOS lensmeter utilizes a green e-line light source. This light source provides consistent and reliable illumination, ensuring accurate measurements across various lens materials and types. Its stable and uniform light output contributes to the precision of the analysis, enabling practitioners to obtain reliable measurement data with confidence.
Moreover, the SOLOS lensmeter offers flexible data output options to suit different practice needs. With LAN and Wi-Fi connectivity capabilities, measurement results can be easily transmitted to external devices or networked systems for further analysis or documentation. This seamless data transfer capability enhances communication and collaboration among healthcare professionals, facilitating comprehensive patient care and record-keeping.
