SPECTRALIS Descriptive Interpretation & Clinical Efficiency Course on June 8, 2019
Heidelberg Engineering is excited to partner with ophthalmic imager Darrin Landry, CRA, OCT-C on a JCAHPO approved educational course for SPECTRALIS® users.

Heidelberg Engineering is excited to partner with ophthalmic imager Darrin Landry, CRA, OCT-C on a JCAHPO approved educational course for SPECTRALIS® users.
The SPECTRALIS® High Magnification Module (HMM) elegantly demonstrates the capability of confocal scanning laser ophthalmoscopy (cSLO) to resolve ocular microstructures by reducing intraocular light scattering, even in eyes with cataracts.
To support young researchers in the field of ophthalmic imaging, Heidelberg Engineering initiated the Gerhard Zinser Memorial Travel Grant in memory of the company’s late co-founder, Dr. Gerhard Zinser. The award supports researchers under the age of 40 whose research is related to imaging techniques.
At Heidelberg Engineering, we strive to provide our customers with products of the highest quality that feature the latest technology. As such, we are continuously working to improve our platform and optimize its performance by delivering periodic updates to your SPECTRALIS software.
An educational article about the Glaucoma Module Premium Edition (GMPE) is prominently featured in the Technology to Empower section of the The Ophthalmologist (March issue)
by Hirano T, Chanwimol K, Weichsel J, et al.
Customize your SPECTRALIS precisely to your individual needs, confident in the knowledge that your OCT will grow with your clinic.
Do you wonder if OCT angiography will actually revolutionize ocular fundus diagnostics in hospitals and practices?
You can be sure – every SPECTRALIS® contains the core DNA for high contrast, high resolution images that cut through the noise and give you the confidence to make more informed clinical decisions.
Read in the article review how confocal MultiColor imaging, uses three laser wavelengths simultaneously to provide diagnostic images that show distinct structures at different depths within the retina with high resolution and increased contrast.