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Multicolor Laser Photocoagulator

Multicolor Scan Laser Photocoagulator

Green 532nm | Yellow 577nm | Red 627nm

MC-500
MC-500 Vixi

Technology

Safety Optics with Low Impact on Cornea

All delivery units incorporate the SOLIC optical design that ensures low energy density on the cornea and lens even for large spot sizes.

A Comparison Diagram From Nidek Illustrating The Difference Between Conventional Optics And Solic Optics. Conventional Optics Show A Sharp Contact With The Eye Cornea, While Solic Optics Demonstrate A Smooth, Low-Impact Contact, Significantly Reducing Corneal Damage.
The Graph Displays Wavelength Against Normalized Spd, Luminous Efficiency (V-Lambda), And Color Matching Functions (X-Bar, Y-Bar, Z-Bar). Solid And Dashed Lines Represent Various Measurements. Vertical Colored Lines Indicate Nidek Laser Diode Wavelengths: 405 Nm (Violet), 445 Nm (Blue), 520 Nm (Green), 635 Nm (Red).
Side View Illustration Of An Eye, Focusing On How Light Enters And Gets Refracted. Three Colored Rays (Green, Yellow, And Red) Are Shown Entering The Eye, Highlighting The Path They Take Through The Cornea, Lens, And Reaching The Retina At Different Focal Points. Nidek Technology Aids This Process.

Multicolor Laser for Multiple Applications

The MC-500 Vixi / MC-500 enables efficient photocoagulation even through opaque media.

In cases of cataract, better penetration is achieved with the yellow wavelength (577 nm) compared to green. In eyes with retinal hemorrhage, better penetration is achieved with the red (647 nm) wavelength.

A Nidek Chart Demonstrates Common Fixational Eye Movement Patterns For Various Shapes, Including Square, Equal Space, Hexagon, Rectangles, Triangles, Circle, Semicircle, Angle, Arcs, Triple Curve, And Stripecut. It Depicts Eye Movement Paths And Characteristics.
A Control Panel Featuring Buttons And Settings Is On The Left, A Grey Arrow Labeled &Quot;Selected Path-≫&Quot; In The Center, And A Diagram On The Right Displays A Zigzag Path Through White, Grey, And Yellow Hexagons With Orange Arrows Indicating Direction. This Advanced Layout Is Attributed To Nidek Technology.

NOW AVAILABLE WITH ALL NIDEK PHOTOCOAGULATORS

Reduce Patient Chair Time with MC-500 Vixi

Scan delivery units with Vixi enhance treatment by its ability to treat varying retinal pathologies with 22 preprogrammed scan patterns.

Once photocoagulation is completed in one region, the auto forward function automatically positions the scan pattern to the next region of treatment, allowing the surgeon to concentrate better on adjusting focus.

01

Spacing Function

2v2, 3v3, 4v4, 5v5 – Equal spaces between spots in all direction.

02

Auto Forward

Automated positioning of the scan pattern for photocoagulation.

03

Repeat Mode

Regions undergo photocoagulation continuously on a pre-programmed path.

Wide Range of Delivery Unit Options

In addition to conventional single delivery units, the scan delivery units are added to the wide range of multicolor laser delivery systems. Both the scan and single delivery units include attachable models³ for the NIDEK SL-1800, ZEISS SL130, and HAAG BQ900, which provide the existing slit lamps with a new stage for scan and single laser treatment.

Experience powerful multicolor laser technology and get access to premium support and resources.

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¹ For equal space patterns, No. v No. indicates the number of spots in horizontal and vertical directions.
² The arcade grid pattern is used for treatment of the periphery of macula in one-sixth units. The inner diameter is fixed and spot sizes range from 100 to 200 μm.
³ Prior confirmation of attachment to an existing slit lamp model is required.