New TOMEY TMS-5

SCHEIMPFLUG TOPOGRAPHER
The Tomey Topographic Modeling System TMS-5 is a hybrid anterior segment analyzing system consisting of a Placido ring topographer and a 3D Scheimpflug camera. It is designed for cross-sectional imaging of anterior segment components of the human eye, including the anterior and posterior surface of the cornea and the anterior chamber, as well as dimension measurements such as curvature, length, and area by computed analysis

The prominent features of the TMS-5 are the high speed Scheimpflug camera that takes only 1.0 sec. /exam, which can be very beneficial in preventing motion artifacts, and a high speed computer processing algorithm that reduces the time it takes to delineate the images.


Light condition independent measurement analysis:

Due to its superior light cone design and the resulting very short working distance, the TMS-5 creates its own measurement environment – for both, topography and Scheimpflug imaging. The great advantage is that both measurements work independently of the surrounding light conditions.

High speed measurement:

The very small diameter of the TMS-5 light cone makes the traveling distance of the Scheimpflug measurement camera much shorter than conventional placido disc based systems. As a result, the measurement time is extremely reduced. Therefore any artifacts caused by eye movements are minimized.

Advanced IOL calculation:

The topographic map achieved by the TMS-5 can be transferred to the OKULIX software. OKULIX runs as a standard application to the TMS-5 and provides an easy way of IOL power calculation without using traditional formulas.

By means of Ray tracing OKULIX precisely calculates the necessary IOL power in all eye conditions even after refractive surgery or keratoplasty.

Placido Topography verifies Scheimpflug imaging
High resolution
Anterior + posterior map
Pachymetry map
Anterior chamber depth
High speed measurement: 0.5 sec.