With state-of-the-art placido technology and a very high resolution of 1 µm, the Corneal Wavefront Analyzer detects even the smallest corneal irregularities. A unique feature of all SCHWIND diagnostic devices is the inclusion of static cyclotorsion control (this feature dramatically increases the accuracy of astigmatism correction)in all treatments using the SCHWIND AMARIS laser system.

Advantages of using the SCHWIND Corneal Wavefront Analyzer:

  • Placido topography with 1 µm resolution for high precision
  • Maximum detailed and precise topographic information thanks to intelligent measurement cone design
  • Static cyclotorsion information for more accurate treatment results

What is the comfort of measuring with the Wavefront analyzer? Two measuring cones provide highly reliable results, even with deep-set or small eyes. The intelligent geometric shape of the measuring heads’ cone ensures the maximum diameter of the analyzed image without the risk of being obscured by the nose shadow. The Wavefront analyzer can also analyze multiple images in a series and help select the best image quality for treatment planning. The integrated pupillometry function measures pupil diameter in both scotopic and photopic light conditions.


SCHWIND diagnostic systems are multifunctional, user-friendly and reliable.

The SCHWIND Corneal Front Analyzer, SCHWIND PERAMIS, SCHWIND SIRIUS and the Combi Wavefront Universal Analyzer (a combination of SCHWIND PERAMIS and SIRIUS) offer a wide range of measurement methods and diagnostic options for refractive and therapeutic corneal surgery, including and pachymetry data. Their sophisticated ergonomic design and ease of use facilitate clinical work. All diagnostic data can be imported into the SCHWIND CAM treatment planning tool with a single mouse click. A unique feature is the inclusion of static cyclotorsion control in all treatments with SCHWIND AMARIS. This provides optimal centering and increased precision in astigmatism and wavefront treatment. Benefits at a glance: Wide range of measurement methods for individual analysis Simple data export for treatment planning Static cyclotorsion information for more accurate treatment results