Benefit from accurate anterior segment metrics to optimize your daily clinical routine
The high-resolution swept-source OCT images of the ANTERION® platform provide the ideal basis for accurate metrics.

The high-resolution swept-source OCT images of the ANTERION® platform provide the ideal basis for accurate metrics.
Find out how SPECTRALIS®, as a truly multimodal imaging platform, combines OCTA with other more established imaging modalities to empower you to identify and monitor ocular pathologies more precisely.
The ANTERION® Cataract App combines key measurements for cataract surgery planning – for both standard and premium IOLs.
ANTERION® – the multimodal imaging platform optimized for the anterior segment – offers the Cornea App as an optional application. With this comprehensive diagnostic solution, you can assess a patient’s individual corneal geometry.
The OCT Angiography Module for SPECTRALIS® is a non-invasive imaging technology that provides a three-dimensional depiction of retinal vascular flow with customizable field of view, scan speed, and image resolution.
ANTERION® – the multimodal imaging platform optimized for the anterior segment – includes the Imaging App as standard. You can visualize various anterior segment pathologies or surgical results, such as keratoplasty, implanted IOLs, and corneal rings
Do you already have the "Glaucoma Imaging Atlas"?
During ESCRS in Paris Eyewire TV visited Heidelberg Engineering's booth to report about the upcoming ANTERION® software release.
At the AAO Annual Meeting 2019 taking place October 12-15 in San Francisco, we will not only present to you the new features for the multimodal imaging platforms SPECTRALIS® and ANTERION®, but we also introduce to you the benefits of HEIDELBERG EYE EXPLORER, our versatile healthcare IT platform for streamlined image management and device integration.
On 22nd May 2019 participants of the 7th Annual Heidelberg Engineering Academy Masterclass in Glasgow enjoyed a lecture about Spaceflight Associated Neuro-ocular Syndrome (SANS) delivered by Captain Tyson J Brunstetter, Aerospace/Research Optometrist, NASA Johnson Space Centre, USA.