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.
SCHWIND ATOS
The SCHWIND ATOS is a logical continuation 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 short treatment and incision times.
More knowledge from experience
Safety through intelligent eye tracking and cyclotorsion compensation
Precise treatment with accurate centring, even in higher astigmatism
Comfortable for the eye through curved patient interface
Tissue-saving through improved lenticular geometry
Large flap diameters made possible by sophisticated contact glass design
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
Innovative patient interface
The curved patient interface geometry gives an excellent fit with the eye. It has improved suction and is ready for use in just two steps. The innovative design with integral filter function eliminates the need for additional tubes and filters, and ensures optimum contact of the eye with the laser system. The shape follows the corneal limbus, and substantially reduces pressure on the eye during the contacting process. The suction time and the incision procedure are kept as short as possible.
Agile performance
The SCHWIND ATOS features trim dimensions and a small footprint. That makes this compact femtosecond laser highly flexible for use in refractive surgery. The monitor and keyboard are mounted on a swivelling arm that lets the user adjust the position to suit, and then fold them back against the body of the machine for easier repositioning in the clinic.