LASER SYSTEMS
SCHWIND ATOS® –Femtosecond laser with a difference
NEW with CenTrax®
- Fully automated cyclotorsion compensation
- Guided docking
- Post docking residual error compensation
LASER SYSTEMS
SCHWIND ATOS® – femtosecond laser with a difference
The evolution of possibilities: Intelligent femtosecond laser technology
made by SCHWIND
The SCHWIND ATOS® femtosecond laser enables minimally invasive lenticule extraction as well as flap creation in FemtoLASIK. Its combination of innovative technology and intelligent design provides safety and precision in refractive corneal surgery.
CenTrax® - Intelligent centration & active eye tracking
Fully automated cyclotorsion compensation and active compensation of the residual docking error
CenTrax® is an intelligent centration and active eye tracking system in SCHWIND ATOS®. The system is digitally connected to our diagnostic devices and imports the diagnostic images for reference without any human intervention.
The active eye tracking part of the system recognizes the pupil movement and its center to enable accurate centration without leaving any room for errors. It automatically compensates for cyclotorsion movements.
Besides offering smart docking assistance, CenTrax® also actively compensates the residual error post docking. Hence it is not essential anymore to shift the cutting pattern after docking and the need for manual marking is eliminated.
Reduced stress for surgeons, better outcomes for patients, especially for astigmatic corrections.
SCHWIND ATOS® – more knowledge from experience
The SCHWIND ATOS is a logical consequence of SCHWIND’s comprehensive expertise in technologies for smooth corneal surfaces. With a pulse rate of up to four megahertz, sophisticated pulse characteristics and refined positioning algorithms, this femtosecond laser features very short treatment and incision times.
Smooth and tissue saving
The improved lenticular geometry is not limited by a minimum thickness, and is tissue saving. Furthermore, lenticules and flaps made with the SCHWIND ATOS exhibit a homogenous surface. As a result, lenticule extraction is simple. In FemtoLASIK, it makes it easy to lift the flap created with SCHWIND ATOS.
Low Dose - Fast visual recovery & minimal strain
The combination of low pulse energy and asymmetric spot spacing ensures low dose. In other words, smoother surface and better one day postop results.
The benefits for the patient are:
- Minimal strain on the eyes
- Better vision recovery
- Better resolution
- Lower corneal reactions
Asymmetric spot spacing
Symmetric spot spacing
Benefits at a glance
Flaps for large treatment zones
As flexible as the requirements - particularly in the excimer laser treatment of hyperopia and mixed astigmatism, the SCHWIND ATOS® can be used to create flaps of various diameters. This precision technology from SCHWIND is based on a sophisticated contact glass design and can be used highly flexibly, even for large flaps and treatment diameters.
ICRS - Intra Corneal Ring Segment*
Creating a corneal tunnel for ring segment implantation
The therapeutic treatment field for the SCHWIND ATOS®
- Individual planning to create various tunnel geometries
- Up to 2 incisions possible (per segment)
- Eye tracking with guided docking
- Fully automated cyclotorsion compensation
- Wide range of treatments possible
*Commercial availability under preparation.
Statements about the SCHWIND ATOS femtosecond laser technology
Refractive surgeons report on their experience with the state-of-the-art femtosecond laser technology SCHWIND ATOS®
SmartSight
Refractive correction without a flap
SmartSight is an advanced flapless femtosecond laser procedure. This advancement in minimally invasive lenticule extraction features intelligent eye tracking with pupil recognition and cyclotorsion compensation. SmartSight is a precise and gentle treatment method, which leaves the upper corneal layers largely untouched.
The SmartSight procedure can be used to treat myopia as well as astigmatism. Refractive correction is performed entirely with the SCHWIND ATOS®. The patient can remain in one position for all treatment steps. This results in fast treatment with high comfort for the patient and well thoughtout workflow benefits for the surgeon in every phase.
