The YC1800 is Nidek’s current model, and has some vast improvements from the previous models including a more robust laser cavity, faster firing rate, a more compact size and much more.
The “Smart Switch” located on the joystick provides high operability, allowing doctors to change parameters (Energy up, Energy down and Ready/Standby) while holding the joystick. Permits faster and easier operation, and eliminates need to look away from oculars to make parameter adjustments.
The YC-1800 offers 0.3 to 10 mJ, continuously adjustable in increments of 0.1 mJ, allowing the precise tissue effect.
The dual 635 nm aiming beam offers superior visual sensitivity, which in turn enhances the speed and ease of operation. The 635 nm beam is also safer to human eyes since it achieves the same crisp and sharp intensity of 650 nm or 670 nm beam with half the power output. The YC-1800 has the ability to rotate the dual aiming beams 360º permitting work anywhere in the periphery without clipping the iris.
The YC-1800 can adjust the offset between ±500 microns (25 micron steps) to meet the varied clinical needs. A different offset can be used for PMMA, silicone or acrylic lenses, and the offset can even be adjusted on the same IOL to compensate for a parallax effect in the periphery. This eliminates the need to manually defocus, permits a clear field of view, and reduces lens pitting.
Specifications
- Type: Nd: YAG
- Wavelength: 1064 nm
- Mode Structure: Fundamental
- Pulse Duration: 4 nsec
- Mode of operation: Q-switched
- Pulse repetition rate: 3 Hz (single) / 1.5 Hz (burst)
- Output energy: 0.3 to 10.0 mJ / pulse (continuously variable)
- Burst mode: 2 or 3 pulse / trigger
- Spot size: 8 μm
- Cone angle: 16º
- Focus Shift: 0 to 500 μm (continuously variable, toward both anterior chamber and Posterior chambe
Aiming Laser Beam
- Type: Diode laser
- Wavelength: 635 nm
- Output Power: OFF, 0.5 to 25 μW
- Cone Angle: 16º
- Aiming Method: Dual beam method
- Rotation of Beam: 360º
Slit Lamp
- Objective lens: f = 130 mm
- Eye piece: 12.5 x
- Magnification (field of view): 32 x (6.2 mm), 20 x (10 mm), 12.5 x (16 mm), 8 x (25 mm), 5 x (40 mm)
- Power Supply: Single-phase, 100 to 240 Vac, 50 / 60 Hz, 100 VA
- Dimensions and Weight: 12.8 (W) x 16 (D) x 20.8 (H) “/ 35.3 lbs
The AMO Compact comes with a warranty and free shipping to anywhere in the U.S.
We offer shipping almost anywhere in the world.
The SOVEREIGN COMPACT Cataract Extraction System is an AC-powered device with a fragmenting needle intended for use in cataract surgery to disrupt a cataract with ultrasound and extract the cataract.
The SOVEREIGN Compact System is a full-featured system in an affordable, space-saving package that ensures chamber stability through advanced digital fluidics. Designed for ease of use, efficiency and reliability, the SOVEREIGN Compact system offers a total approach to lens extraction technology.
The NIDEK ConfoScan4 is the only instrument that combines confocal microscopy, endothelial microscopy and accurate pachymetry in one compact unit. 3 Units in one!
- High Precision
- Full Cornea Scan
- Opacity Error Free
- Extra Large Measurement Areas
Confocal Microscope with 40X Probe
- Gel immersion exam
- Fully automatic alignment
- Imaging through corneal haze and opacities
- examination time below 15 sec.
- Full cornea, endothelium or epithelium scan
- Real-time in-vivo histology
- Multiple internal fixation mires
Non-Contact Endothelial Microscope with 20X probe
- Fully non-contact (12 mm working distance in air)
- High quality imaging through corneal haze and opacities
- Wider measurement area (up to 1000 cells/exam)
- Fully automatic cell count and endothelial density measurement
- Increases reimbursable exams
Confocal Pachymeter with Z-Ring
- Innovative pachymetry technique
- Pachymetry through corneal haze and opacities
- High precision confocal pachymetry
- +/- 5 microns instrumental accuracy
- Z-Ring increases image stability
- Precise location of corneal layers and structures
Nidek’s YC-1800 and Nidek GYC-1000 combination Laser have been united to create the finest laser system available. The compact unit is employs the very latest technology. Its unmatched versatility has made the Nidek’s YC-1800 and Nidek GYC-1000 combination Laser the most popular laser system in the ophthalmic equipment market. NIDEK’s Combination YAG/Green laser (YC-1800/GYC-1000) is the ultimate system for today’s ophthalmic office, hospital, clinic or ASC.
NIDEK combination systems offer the benefit of maximum space saving and versatility. This system is ideal in small laser suites or crowded operating environments as well as making sound economic sense.
NIDEK combination lasers feature all the benefits of individual lasers and more.
Nidek YC-1800 & Nidek GYC-1000 Combination Laser Features:
- Reduce laser lens reflections while maintaining laser-beam integrity.
- Easy upgrade path from older Nidek laser models.
- The only combo system with two individual systems that act as one.
- New D-Pulse technology for high-stability pulse control and dual 635nm rotating aiming beams for superior visual sensitivity.
- Facile connectivity between the Nidek YC-1800 and Nidek GYC-1000 for a wider range of treatment options.
- The Nidek GYC-1000 is a compact green laser and offers solid-state technology for extended life, 1.7 W of laser energy, and a user-friendly, detachable control panel.
Refractive Power/Corneal Analyzer:
- Auto Refraction
- Keratometry
- Placido Disc Topography
- 11,880 Corneal Data Points
- Wavefront Aberrometry
- 2,520 Wavefront Data Points
- SA Cornea for Aspheric IOL selection
- Lenticular-Residual Astigmatism
- Angle Kappa
- Pre/Post Toric IOL Measurements
- Mesopic/Photopic Pupil Size
- Point Spread Function
- Zernike Graphs
- Corneal Refractive Power Map
- IOL Tilt/Decentration
- Difference Maps – Pre/Post Healing
- WF Optimized RX
- Day/Night RX
- RMS Values
- Customized Color Maps
- EMR Compatibility
- Network Integration
- Viewing software available for exam lane
- Pathology Discernment
Easy alignment and capture of data ensures accurate readings.Wavefront data is gathered out to a 9.5mm area allowing calculation of mesopic refractions in addition to extremely accurate day refractions. Blue light, 33 ring, placido disc topography is easier for patients to tolerate and is gathered in one second.
