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NIDEK Ophthalmic YAG and SLT Laser System YC-200
YC-200 S plus

Technology

The Nidek Ophthalmic Laser Device, Model Yc-200, Used For Eye Treatments, Features A Binocular Eyepiece, Control Buttons, Adjustment Knobs, And A Support Structure For Patient Chin And Forehead Rest. This Device Is Designed For Use On A Clinical Or Hospital Examination Table.

Optional

Coaxial Illumination Tower

The YC-200/YC-200 S plus is capable of seeing and illuminating opacities in the vitreous with NEW optional coaxial illumination tower, which makes visual axis and illumination axis coaxial. The tower optimizes visualization during posterior membranectomy, capsulotomy and iridotomy and also illuminates vitreous opacities with the on axis/off axis illumination.

Optional

Combo YAG/SLT/Green

The YC-200/YC-200 S plus can be easily connected to NIDEK’s Green Laser Photocoagulator (GYC-500), allowing treatment of a wider range of patients and indications. Space requirements are minimized, and the NEW optional combination adapter includes an illumination tower (split mirror illumination).

A Nidek Medical Device, Identified As The Yc-200, Is Used For Ophthalmic Procedures. The Machine Features A Binocular Eyepiece, Various Control Knobs, And A Laser Component. It Is White With Black Accents And Has Several Cables Attached.
This Image, Taken With A Scanning Electron Microscope (Sem) From Nidek, Shows A Black And White Photograph Of A Small, Circular, Textured Object With Layers Radiating From The Center. The Magnification Is 1,300X; The Scale Bar Indicates 10 Micrometers. Various Sem Settings Are Noted At The Bottom.
Comparison of Laser Energy Spots²
Before
This Image, Taken With A Nidek Scanning Electron Microscope At 1,300X Magnification, Shows A Circular Object On A Gray Background. Measurement Markers Indicate 15 Kv Voltage, A Scale Bar Of 10 Μm, And Image Parameters Including Focus And Resolution At The Bottom.
Comparison of Laser Energy Spots²
After

Refined Laser Delivery with Lower Energy

The YC-200 S plus / YC-200 achieves 1.6 mJ plasma threshold in air¹, delivering accurate and robust treatments with lower energy.

Precise Treatments

A suite of technologies has been incorporated in these lasers to achieve seamless function and greater precision. Features for targeting pathology, accurate energy delivery, and operative assist functions allow the surgeon to deliver treatments “Right on the Mark”.

SLT Mode

The YC-200 S plus offers an advanced SLT mode. SLT is highly effective for treating open angle glaucoma.

The SLT-NAVI feature presents an intuitive display on the progress of laser treatment, providing the surgeon with important feedback.

A Digital Illustration Of An Eye Undergoing A Nidek Laser Procedure. The Cross-Sectional View Shows A Laser Beam Targeting The Cornea, Creating Small Circular Incisions. The Background Is Black To Highlight The Surgical Process.
A Bar Chart Titled &Quot;Average Annual Energy Production Per Turbine&Quot; Shows Nidek'S 2010 Vs. 2040 Projections. For 2.5 Mw Turbines, 2010 Is 4,359, And 2040 Is 5,697. For 5 Mw Turbines, 2010 Is 5,128, And 2040 Is 10,749.

Cornea-friendly SLT

With a 5.5° cone angle, the YC-200 S plus is designed to decrease energy density on the cornea for sparing tissue from repeat treatments. The energy density on the cornea is reduced by more than one-third with a 5.5° cone angle compared to a 3.0° cone angle.

Exact Targeting

Clear and Sharp Field of View

An improved optical design that optimizes resolution and contrast, and an expanded focal depth provide a clear view of pathology and treatment. A unique illumination system with an LED light source results in a bright, near-natural view that minimizes aberration. The sharp, clear optics provide an enhanced view of the treatment area.

Side-By-Side Comparison Showing Two Different Models: &Quot;Previous Model&Quot; On The Left And &Quot;Yc-200&Quot; By Nidek On The Right. Both Images Feature A Resolution Test Chart With Sets Of Horizontal And Vertical Lines In Various Patterns, Alongside Corresponding Numbers Indicating The Line Pairs Per Millimeter.
A Diagram Showing Two Blue Eyes, Each With Red Arrows Indicating Rotations. The Left Eye Has Arrows Pointing From The Top-Right To The Bottom-Left, While The Right Eye Has Arrows Pointing From The Bottom-Right To The Top-Left. A Circular Nidek Symbol Is In Between The Eyes.

Motorized Rotatable Aiming Beam

YAG Mode

The dual aiming beam offers superior targeting with a 360° rotating aiming beam that can avoid corneal opacities and achieve more accurate focusing.

Precise Edge Aiming Beam

SLT Mode

Parfocality delivers a clear view for easier focusing of the aiming beam through the contact lens.

Two Microscope Images Of A Red Circular Object Are Shown Side By Side With The Left Labeled &Quot;Parfocal (Focused)&Quot; And The Right Labeled &Quot;Parfocal (Out Of Focus).&Quot; The Left Image, Captured Using Nidek Equipment, Is Sharp And Clear, While The Right Image Is Blurry.
An Illustration Showing A Detailed View Of A Focal Point Within An Optical Element, With Dimensions Marked In Micrometers (500 Μm X 500 Μm) And Millimeters (1 Mm). The Optical Element, From Nidek, Is Magnified On The Right Side Of The Image, Highlighting Its Structure.

Wide Range of Focus Shift

The focus shift enables a 500 µm anterior or posterior axial shift of the focal point of the YAG laser. A change in 25 µm increments achieves precise treatments irrespective of the severity of pathology.

Smooth Operation Workflow

A Close-Up View Of A Grey Nidek Medical Device, Featuring A Joystick With A Dimpled Surface And A Small Black Control Knob On Its Base. The Background Is A Smooth, Gradient Grey, Emphasizing The Device'S Ergonomic Design And Precise Controls.

UNIQUE JOYSTICK

Utility S-switch

The S-switch on the joystick changes treatment settings without shifting gaze from the oculars. The ease of use allows surgeons an increased level of comfort during treatment.

A Close-Up Of A Gray Nidek Medical Device With A Large Screen And Various Buttons, Including Prominent Green And Red Buttons On The Top. The Device Is Positioned On A White Surface, With Some Of Its Accompanying Equipment Partially Visible In The Background.

KEY CARD FUNCTIONALITY

Control Box

An intuitive graphic user interface and easy-to-read touch screen color LCD allow quick and easy setup and verification of treatment parameters. An SD card starts the unit, enables software upgrades, and saves treatment summaries.

A Medical Device Used For Eye Examinations, Featuring Binocular Lenses And Various Controls. The Image Has Labeled Markers Indicating &Quot;Operating Distance&Quot; And &Quot;Working Distance.&Quot; The Nidek-Labeled Device, Model Xc-200, Is Mounted On A White Surface Against A Dark Background.

OPTIMIZED OPERATING DISTANCE

Slit Lamp

Optimized working distance allows easier manipulation of the contact lens, and the short operating distance decreases surgeon fatigue during treatment.

*Operating distance denotes the distance from the microscope eyepiece to the patient’s eye.

YC-200 &
YC-200 S plus

A Nidek Medical Device Featuring Dual Eyepieces On A Mounted Stand, Commonly Used For Eye Examinations. It Has A Sleek, Silver Finish, Various Controls, And Is Equipped With A Flexible Light Source. The Unit Is Positioned On A White, Flat Surface.
GYC-500 with YC-200/ YC-200 S plus

YAG/SLT laser combination delivery unit

The Image Shows A Nidek Ophthalmic Yag Laser Machine Used For Eye Treatments, Mounted On A White Base. The Device Has Binocular Eyepieces, An Adjustable Arm, And Control Knobs For Precision Adjustments During Procedures. A Curved, Black Cord Is Attached Above It.
A Nidek Medical Device Used For Eye Examinations, Featuring Binocular Lenses, Mounted On A Height-Adjustable Stand With Wheels. A Foot Pedal Is Placed On The Floor Nearby For Operation. The Equipment Is White And Silver With A Contemporary Design.
A White And Gray Nidek Ophthalmic Slit Lamp Microscope, Used For Detailed Examination Of The Eye, Is Mounted On A Height-Adjustable Rolling Stand. The Device Features Binocular Eyepieces, A Joystick, And A Chin Rest For The Patient.
Optional Coaxial Illumination Tower
The Nidek Modern Ophthalmic Laser Equipment Is Used For Eye Treatments. The Machine Has A Base With Adjustable Components, An Eyepiece, Control Knobs, And An Attached Flexible Arm. Sleek In Design, It Is Predominantly White And Gray With Black Accents.
Optional Coaxial Illumination Tower
The Image Shows A Nidek Ophthalmic Yag Laser Machine Used For Eye Treatments, Mounted On A White Base. The Device Has Binocular Eyepieces, An Adjustable Arm, And Control Knobs For Precision Adjustments During Procedures. A Curved, Black Cord Is Attached Above It.
A Nidek Medical Device Used For Eye Examinations, Featuring Binocular Lenses, Mounted On A Height-Adjustable Stand With Wheels. A Foot Pedal Is Placed On The Floor Nearby For Operation. The Equipment Is White And Silver With A Contemporary Design.
A White And Gray Nidek Ophthalmic Slit Lamp Microscope, Used For Detailed Examination Of The Eye, Is Mounted On A Height-Adjustable Rolling Stand. The Device Features Binocular Eyepieces, A Joystick, And A Chin Rest For The Patient.
Optional Coaxial Illumination Tower
The Nidek Modern Ophthalmic Laser Equipment Is Used For Eye Treatments. The Machine Has A Base With Adjustable Components, An Eyepiece, Control Knobs, And An Attached Flexible Arm. Sleek In Design, It Is Predominantly White And Gray With Black Accents.
Optional Coaxial Illumination Tower
A Nidek Medical Device Featuring Dual Eyepieces On A Mounted Stand, Commonly Used For Eye Examinations. It Has A Sleek, Silver Finish, Various Controls, And Is Equipped With A Flexible Light Source. The Unit Is Positioned On A White, Flat Surface.
GYC-500 with YC-200/ YC-200 S plus

YAG/SLT laser combination delivery unit

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¹ A plasma threshold of 1.6 mJ is achieved in ordinary room conditions (in-house data).
² The same laser delivery parameters were used on both samples of photo paper.
³ Data from theoretical simulations.
⁴ SLT Mode available for YC-200 S plus.

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