
ASTRAMAX LSX EXCIMER LASER
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AstraMax Topographer and
AstraScan LSX Excimer Laser
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0.5mm Super Gaussian flying spot ideal for LASIK
and custom procedures due to the high resolution capabilities
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Unique cross cylinder ablation simplifies mix astigmatism
treatment
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Circular ablation pattern permits full coverage of
optical zones reducing the likelihood of haloe
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Advanced intelligent
eye tracker with high speed image processor compensates for
eye movements
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No dilation required for faster treatment and
visual recovery
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200hz scanning for smooth, high speed ablations
With it’s low fluence, high frequency and small gaussian
beam that gives by far the smoothest ablation, and a proven stereotopography
driven customized ablation platform, the AstraScan is superior
to competitive systems.
A tiny 0.5mm spot scanning beam gently
removed a precise amount of tissue.
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Larger spot-size lasers yield lower resolution than required to
accurately reproduce complex shapes.
Advanced LaserScan LSX with <1mm high resolution spot precisely
ablates complex shapes.
High speed technology. Small spot accuracy. Fully custom ready.
Focused precision micro-spot beam scanning.
The AstraScan Custom
Laser provides precise treatment of the entire range of errors,
including myopia, astigmatism and hyperopia.
The 0.5mm high resolution scanning spot treats micro-irregularities
on the cornea. A unique crossed-cylinder ablation algorithm
minimizes tissue removal in the
treatment of mixed astigmatism.
Fast 200hz scanning spot system.
The infrared laser image-based; dual action active and passive
video eye tracker features automatic target acquisition through
intelligent pattern recognition WITHOUT dilation. High speed
image processor features 5ms tracker response time. 200hz scanning
spot
produces overlapping, high repetition pattern, eliminating rings
and ridges.
Larger spot size lasers yield lower resolution than
required to accurately reproduce complex shapes. |
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The advanced LaserScan LSX with it's 0.5mm high resolution
spot precisely ablates complex shapes. |
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