Advanced Corneal Diagnostics

Sirius Tomography in Mumbai


Sirius Tomography stands as a superior technology compared to standard corneal imaging machines due to its advanced utilization of Scheimpflug technology combined with Placido disk topography.

Available at Trivision Eye Hospital in Mumbai, this unique technology captures comprehensive three-dimensional images of the cornea and the anterior segment of the eye. It works by analyzing the refraction of light passing through different layers of the cornea, providing invaluable data for diagnosing conditions like Keratoconus and planning LASIK surgeries.

Personalized Treatment Plans

The detailed information provided by the SIRIUS Tomography allows our ophthalmologists to create highly personalized treatment plans. By tailoring treatments to each individual’s unique corneal characteristics (curvature, thickness, and elevation), the likelihood of achieving optimal refractive outcomes significantly increases.

Enhanced Visual Outcomes

Refractive outcomes heavily depend on the accurate measurement of corneal parameters. The SIRIUS Tomography plays a critical role by providing essential data for precise diagnosis and treatment planning. By leveraging this advanced technology, we can elevate the safety and success rates of our refractive surgeries, ensuring enhanced patient satisfaction with improved visual quality.

Read Patient Reviews
Sirius Corneal Tomography Machine at Trivision Mumbai
Corneal Topography Map Example
Scheimpflug Imaging of the Eye
Common Questions

FAQ: Sirius Tomography

It is used to map the curvature and thickness of the cornea. This is essential for detecting early Keratoconus (corneal thinning), screening patients for LASIK eligibility, and analyzing the tear film for Dry Eye.

No. Sirius Tomography is a non-contact, painless imaging test. You simply look into the machine for a few seconds while it takes thousands of measurements using light.

Standard topography only maps the front surface of the cornea. Sirius uses Scheimpflug technology to map both the front AND back surfaces, providing a complete 3D analysis which is critical for safety in refractive surgery.