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HFS 6125SQY



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HFS 6125SQY

Optic Diameter 6.00 mm
Overall Diameter 12.50 mm
Optic Design Aberration Neutral, Negative Aspheric Biconvex
Haptic Design “C” Design, 0° Angulation
PCO Protection 360° perfect Square edge around the optic edge
Suggested A. Constant 118.6 / 118.8
Refractive Index @ 25°C 1.555
Lens Material Hydrophobic Acrylic
Delivery System Disposable Injector cartridge 2.20 mm to 2.60 mm Incission
A Constant UltraSound Optical Biometry
Nominal A 118.6 118.8
Haigis a0 1.65 1.78
Haigis a1 0.400 0.400
Haigis a2 0.100 0.100
HofferQ pACD 5.32 5.43
Holl. 1 Const sf 1.57 1.67
SRK/T A 118.3 118.5
SRK II A 118.6 118.8
Available Diopters -5.0 D to +35.0 D (+10.0 D to +30.0 D in 0.5 D steps),
-5.0 D to +9.0 D & +31.0 to +35.0 D in 1.0 D Steps

HFS 6125SQY



Enquire

HFS 6125SQY
Optic Diameter 6.00 mm
Overall Diameter 12.50 mm
Optic Design Aberration Neutral, Negative Aspheric Biconvex
Haptic Design “C” Design, 0° Angulation
PCO Protection 360° perfect Square edge around the optic edge
Suggested A. Constant 118.6 / 118.8
Refractive Index @ 25°C 1.555
Lens Material Hydrophobic Acrylic
Delivery System Disposable Injector cartridge 2.20 mm to 2.60 mm Incission
A Constant UltraSound Optical Biometry
Nominal 118.6 118.8
Haigis a0    1.65 1.78
Haigis a1    0.400 0.400
Haigis a2    0.100 0.100
HofferQ pACD    5.32 5.43
Holl. 1 Const sf    1.57 1.67
SRK/T A    118.3 118.5
SRK II A    118.6 118.8
Available Diopters -5.0 D to +35.0 D (+10.0 D to +30.0 D in 0.5 D steps),
-5.0 D to +9.0 D & +31.0 to +35.0 D in 1.0 D Steps

Optima Jet – Injector and Cartridge system

  • OPTIMA JET disposable injector system is specially designed for smoother and safer delivery of acrylic foldable IOL.
  • OPTIMA JET injector system deliver the IOL from 1.8 mm to 2.8 mm incision with various cartridges
  • Click-lock mechanism thereby securing the lens in the exact position for a perfect lens delivery into the eye.
  • Lens insertion is gentle and without the lens wedging or twisting ensures a controlled release, and consequently a precise positioning in the eye.
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