AMARIS 1050 RED
All cutting and correction completed with a single laser beam.
All-laser LASEK uses no blade, from epithelial removal to vision correction
100% laser-only non-contact vision correction.
German Schwind's Amaris Red equipment fires ultra-high-speed pulses with
7D Eye Tracker : 7-dimensional eye tracking system technology that tracks eye micro-movements in real-time.
This minimizes corneal thermal damage and creates smoother cutting surfaces.
Result: shorter surgery time, less pain, and clearer vision quality.
Fastest excimer laser
Speed and stability combinedAMARIS RED corrects 1 diopter in just 1.3 seconds
with 1050Hz ultra-fast pulse laser.
50% faster than existing equipment, preserving more corneal tissue
while minimizing thermal damage.
Standard laser
AMARIS RED
Fastest excimer laser
Speed and stability combinedAMARIS RED corrects 1 diopter in just 1.3 seconds
with 1050Hz ultra-fast pulse laser.
50% faster than existing equipment, preserving more corneal tissue
while minimizing thermal damage.
- Standard laser
- AMARIS RED
0.54mm Ultra-fine cutting
More precise than cells, smootherSmaller laser beams enable precise surgery.
3.5x thinner 0.54mm precise beam
quickly and smoothly polishes the corneal surface for high-quality vision recovery.
Smallest beam size among excimer lasers for finer correction
- 2.0mm
Laser beam size
- 0.68mm
Laser beam size
- 0.54mm
Laser beam size
7D Eye tracking system
Technology that calculates all eye movements7D ultra-precise eye tracker follows in real-time
to control laser targeting.
Even if the eye moves during surgery, position is corrected instantly for safe, accurate correction.
AI Heat dispersion system
Disperse heat, maintain eye stabilityAI automatically analyzes laser energy
to maintain constant corneal temperature.
Prevents heat accumulation, minimizes cell damage
significantly reducing post-surgery pain and inflammation.
Maintains stability even at high speed.
Standard laser
AMARIS RED
3D SmartPulse technology
Laser irradiation based oncornea's 3D structure
Laser irradiation based on cornea's 3D structure
3D precise laser matching the eye's spherical shape.
Reduces corneal surface roughness for faster recovery
and clearer vision.
Improves surgery stability and target vision achievement rate.
Conventional method2D (flat) laser irradiation may roughen corneal surface.
NEW 'SPT' methodSmoother corneal surface polishing for fast recovery and reduced light scatter
AMARIS RED LASEK vs Standard LASEK
Slide to see more
| Item | AMARIS 1050RS RED | Other laser equipment |
|---|---|---|
| Corneal surface |  |  |
| Laser beam size | 0.54mm (smallest Beam Size) Uniform smooth cutting surface for maximum precision | 0.68mm ~ 2.0mm Rough cutting edges, low precision |
| Laser beam type | Super Gaussian - Flying Spot (only) 3D SmartPulse Technology→ Smooth cutting, minimal vision distortion | Broad Slit Scanning / Flat Top - Flying Spot / Gaussian-Flying Spot→ Uneven energy distribution, cutting deviation possible |
| Laser cutting speed | 1050Hz (fastest cutting speed) Under 1.3 sec per 1D correction, minimal thermal damage | 20Hz ~ 500Hz Over 2 sec per 1D correction, longer surgery time |
| Beam size on cornea | 0.54mm (same as actual beam size) 100% energy delivery without loss | 0.95mm+ Beam spread reduces energy efficiency |
| Time per diopter | 1.3 sec (fastest cutting speed) Fast cutting for quick recovery and stable vision | Over 2 sec, thermal damage risk and delayed recovery |
| Eye tracking method | 7D eye tracking (X, Y, Z Rotation, Y Rotation, Static/Dynamic Cyclo Torsion, Time) Accurate recognition of micro-movements | Up to 6D tracking (X, Y, Static Cyclo Torsion) Limited precision |
| Eye tracking speed | 1050Hz (faster than laser cutting) Latency-Free (0ms delay) instant response | 1050Hz or less 3ms+ delay possible |
Today LASEK
Faster and more comfortable
Advanced LASEK combining German Schwind's technology and Pain Control System, minimizing side effects like astigmatism, light scatter, and pain for recovery within 48 hours.
cannot connect to SIRIUS.
AMARIS RED x SIRIUS
Precision system seamlessly connecting
diagnosis to surgery
All equipment and data organically linked in one data flow for faster, more accurate vision correction.
Clearer without light scatter
Today LASEK offers fast recovery but may cause side effects like light scatter and myopia regression from optical zone reduction.
We minimize side effects and maximize vision quality with wide, precise low-stimulation correction linking AMARIS RED × SIRIUS × Pain Control System.
Standard LASEK with high thermal damage
Zero Pain LASEK with low thermal damage
Precisely calculates laser contact points
to minimize overlapping areas,
lowers corneal surface temperature through Frost Cooling to reduce damage and pain.
individual eye structure
German Schwind SIRIUS
(SIRIUS)
3D precision diagnosis reading individual eye structure
3D analysis of corneal curvature, thickness, and refraction,
simultaneous front and back imaging for 3D pre-surgery diagnosis.
Designs optimal correction results with precision data-based personalized vision maps.
Accurate diagnosis creates precise results.
3D Optical tomography
Reads the eye in 3D, including invisible areas3D Corneal Topography technology
simultaneously scans front and back of cornea.
Precisely analyzes fine asymmetry, curvature, and distortion
in 3D data for error-free diagnosis.
3D Optical tomography
Reads the eye in 3D, including invisible areas3D Corneal Topography technology
simultaneously scans front and back of cornea.
Precisely analyzes fine asymmetry, curvature, and distortion
in 3D data for error-free diagnosis.
Wavefront Aberration analysis
Analyzes light scatter causes numericallyMeasures eye's total refraction error (high-order aberrations)
to accurately identify blur and light scatter causes.
This data is directly reflected in AMARIS RED surgery design
for clear, sharp vision recovery.
AI-based auto axis correction
AI controlling up to 0.1mm errorAI Alignment System
automatically detects and corrects fine deviation between visual and optical axes.
Maintains accurate center even with micro eye movements
to prevent alignment errors.
Real-time data matching
One data flow from diagnosis to surgery3D data analyzed by SIRIUS
synchronizes in real-time with AMARIS RED laser system.
This linkage instantly generates
custom ablation profile optimized for individual eye structure.
From accurate diagnosis to precise correction
Understanding the eye,
designing vision precision process
1 STEPPrecision 3D diagnosis
(SIRIUS system)3D analysis of front/back corneal structure, thickness, curvature, asymmetry
through optical tomography.2 STEPAI-based correction design
AI analysis system automatically calculates
corneal cutting depth, axis, and correction range.3 STEPUltra-precise laser correction (AMARIS RED)
Uses German SCHWIND's AMARIS RED with 0.54mm
ultra-fine beam and 1050Hz ultra-fast cutting.
Frost Cooling lowers corneal surface temperature
to reduce damage and pain.4 STEPPost-surgery precision check and recovery
Immediate post-surgery SIRIUS examination
confirms correction results and corneal stability.
Hospital trusted by doctors
Difference between specialists and experts
shown in results
Individual discomfort, blur, or halos may occur, requiring continuous follow-up and treatment.
Why Choose First Eye
Doctors' Doctor,
Director Yun
Trusted clinic chosen by many
Expert in complications,
revision surgery
Premium system
with advanced equipment
Lifetime doctor
system
