Heidelberg HRT3

HRT3 Glaucoma

The HRT3 uses laser technology to produce a topographical image of a patient's optic nerve, providing an objective analysis of the structure's cup, rim and retinal nerve fiber layer.  Optic disc topography has been found to be predictive of visual field loss according to a long term study published in the Journal of Glaucoma.

The HRT3 Glaucoma module features the Fast Check™ Glaucoma Probability Score™, which is generated using an advanced form of artificial intelligence called a relevance vector machine.  This sophisticated analysis provides a statistical probability of glaucoma using ethnic-specific databases. In addition, the software eliminates the need to draw contour lines or use reference planes and provides real-time feedback to assist the operator in acquiring a quality image.

The HRT3 monitors the patient's condition over time, comparing baseline images to follow-up examinations and highlighting areas of statistically significant progression.  Monitoring progression is important in determining the course of treatment.  The HRT3 is a portable, laptop-based system that can be placed in a compact carrying case.

HRT3 Retina

  • A Powerful Option for Managing Retinopathies
  • Track AMD with TruTrack™ technology
  • Look for early signs of DME with the Edema Index*
  • 3-D and 2-D thickness maps
  • Full data sets without interpolation
  • Real-time quality checks
  • Non-invasive, non-mydriatic

Heidelberg HRT3

The HRT Retina Module is a powerful tool for aiding in the diagnosis and management of retinopathies.

The HRT has a unique confocal scanning laser technology which, combines retinal thickness and the Edema Index for unparalleled accuracy and reliability.

Retinal thickness measurements enable the identification and tracking of structural changes due to retinal pathologies including Age-Related Macular Degeneration (AMD), Diabetic Macular Edema (DME), Cystoid Macular Edema (CME) and other retinopathies. TruTrack™ technology automatically evaluates and aligns images using vessel patterns and other anatomical landmarks, providing the precision necessary for accurate change analysis.

With a 24-millisecond single scan, the HRT avoids most artifacts associated with eye movement. TruTrack™ image processing evaluates 192 images to give a TruPicture™, which is then automatically aligned from examination to examination- a critical advantage when managing patients over time. To find out more, visit http://www.get-the-truth-now.com.

HRT3 Cornea

High Definition Analysis of the Cornea, Layer-by-Layer Layer-by-Layer Corneal Imaging LASIK and PIOL Pre- and Post-Surgical Assessment Assessment of Corneal Dystrophies Monitors Long-Term Contact Lens Wear

  • Semi-Automated Cell Counting
  • Epithelial and Intra-Corneal Pachymetry
  • Aid in Diagnosing Scleral Flap Trabeculectomy
  • Email Images to Patients and Colleagues

 

Heidelberg HRT3

Crisp, clear corneal images are captured with the new confocal laser microscope.

The HRT II combines laser scanning technology and the Rostock Cornea Module, developed with ophthalmologists from Rostock University, Germany.

The unique qualities of confocal scanning microscope allow the laser to sharply image cellular structures and move through the entire cornea layer-by-layer, from epithelium to endothelium.

Images are acquired digitally, images may be captured in movie form and are easy to transfer electronically.