Acryfold
Acryfold is manufactured using the latest technology, ensuring good memory and high accuracy. The lenses are made with time tested imported high quality UV absorbable Hydrophilic material. The combination of the best material and the choice of design makes the Hydrophilic single piece a complete range of product. The advantage of a foldable lens is clearly that the size of the incision can be made very much smaller.
Acryfold Clear Monofocal Foldable Lens
EZY FOLD 502
Optic Diameter
6.00mm
Overall Length
12.50mm
Optic Design
Biconvex/Meniscus
A Constant
118.00
Angulation
0°
Diopter Range
-10.00D to +30.00D in steps of 0.50 D
Material
HEMA- CLEAR
Co polymer of Hydroxy Ethyl Methacrylate and Methyl Methacrylate
Positioning Holes
none
Implantation Site
Posterior Chamber
Edges
Square
CENTRY FOLD 601
Optic Diameter
6.00mm
Overall Length
12.50mm
Optic Design
Biconvex
A Constant
118.00
Angulation
0°
Diopter Range
7.01D to 31.00D in steps of 0.50 D
Material
HEMA- CLEAR
Co polymer of Hydroxy Ethyl Methacrylate and Methyl Methacrylate
Positioning Holes
none
Implantation Site
Posterior Chamber
Edges
Square
CLASSY FOLD 701
Optic Diameter
6.00mm
Overall Length
11.00mm
Optic Design
Biconvex
A Constant
118.00
Angulation
0°
Diopter Range
7.50D to 31.00D in steps of 0.50 D
Material
HEMA- CLEAR
Co polymer of Hydroxy Ethyl Methacrylate and Methyl Methacrylate
Positioning Holes
none
Implantation Site
Posterior Chamber
Edges
Square
Special Features Benefits
- Equi-Biconvex and special Haptic design with slots prevents post-operative complications such as buckling or anteroposterior movement of the lens.
- Because of post-operative stability, this design performs well in centration and in refraction accuracy.
- The Square Edge design of these Models reduces PCO and the Haptics are relatively stiffer to withstand the forces of capsule contraction.
- High power lenses (upto +34D) may be injected through an unenlarged wound size of 3.0 mm diameter.
- The Multi Focal Lenses (Model MF 705 and MF 605) will have an additional 4.5D for near vision.