All-in-One Optical Coherence Tomography

All-in-One Optical Coherence Tomography

• One for All System : 3D OCT, Fundus Camera, Angiography, Biometry, Topography
• High-Speed & High-Quality
• Full Color Fundus Image
• Innovative Angiography
• Detailed measurement of biometry and topography
• Accurate Analysis

One for All System : 3D OCT, Fundus Camera, Angiography, Biometry, Topography

This is a 5 in 1 optical coherence tomography (HOCT) system capable of performing 3D OCT, Fundus Camera, Angiography, Biometry, and Topography diagnostics and examinations all at once. As an all-in-one system, it enhances efficiency for diagnosing and examining conditions from the anterior to posterior segments of the eye, minimizing consultation time and maximizing space utilization.

High-Speed & High-Quality

Huvitz's optical technology and image software deliver rapid scanning and high-quality imaging. With an astonishing speed of 68,000 A-scans per second, coupled with high-resolution images, it vividly displays a wealth of information such as the three-dimensional structure of the retina, thickness, and differentiation of the macula.

Full Color Fundus Image

Acquiring high-resolution, contrast-adjusted color retinal images is invaluable for analysis and clinical diagnosis of the posterior segment of the eye. We have combined low flash intensity, rapid capture speed, quiet operation, small pupil mode, and automatic blink detection to capture the finest images possible.

Innovative Angiography

Huvitz's own optical technologies, Real Time Tracking / Noise Cancelling / Motion Correction work together to automatically analyze and visualize the Retina, Microvasculature of Choroid.

Detailed measurement of biometry and topography

From the cornea to the macula, HOCT displays 2D images and provides all data along the anterior and posterior segments. After measurement is complete, the user can identify and make adjustments where necessary.

Accurate Analysis

Through integrated analysis, it's possible to grasp personalized symptoms, diseases, and their progression for each patient at a glance. This includes tracking pathological changes with Progression analysis, comparing pre- and post-treatment states with Compare functionality, analyzing pathological conditions from various perspectives such as key indicators compared to normative data