Subbasal nerve plexus: Examine, explore, analyze with HRT3 RCM
HRT3 RCM is a confocal in vivo corneal microscope that allows you to acquire unique en face images of the corneal layers.

HRT3 RCM is a confocal in vivo corneal microscope that allows you to acquire unique en face images of the corneal layers.
At the virtual EURETINA and ESCRS 2020, Heidelberg Engineering showcases its high-resolution multimodal imaging platforms to visualize the whole eye; as well as the HEIDELBERG EYE EXPLORER healthcare IT solution, which unites the full scope of imaging technologies and patient records.
Published by Ophthalmology Retina Journal, this article overviews macular atrophy incidence and progression in neovascular AMD patients treated from MANEX Study.
A response to the discussion published in Lancet of OCT images interpreted to show retinal manifestations as a result of COVID-19.
We kindly invite you to participate in the Heidelberg Engineering Virtual Academy program and register for our upcoming SPECTRALIS® online courses.
High image clarity and reproducibility are key to an accurate diagnosis and confident progression of retinal diseases.
Heute möchten wir Ihnen eine interessante Publikation zum SPECTRALIS® High-Magnification-Modul (HMM) vorstellen. Die Publikation beschreibt einen der vielen möglichen Anwendungsbereiche des HMM. Erfahren Sie, wie auch Ihre Klinik oder Praxis von den Vorteilen des HMM profitieren kann!
We are happy to inform you, that the new SPECTRALIS® software version 6.16.2 is now available.
Visualizing corneal cells and structures at a microscopic level may help you to identify keratocytes subpopulations or to visualize the corneal nerve structure.
We kindly invite you to participate in the Heidelberg Engineering Virtual Academy program and register for our upcoming SPECTRALIS online courses.