Optiflex Hydrophiliic IOL from Moss Vision Inc Ltd
 
 
  Product : Optiflex Hydrophiliic IOL
  Also available with hydrophobic surface / with delivery system
   
 
Models
  
Optic size
Overall size
A Const
ACD
           
  MO/F-001
Optiflex hydrophilic IOL

MO/F-018
Optiflex

6.00 mm
11.00 mm
118.0
4.96 mm
 
 

MO/F-003
Optiflex hydrophilic IOL

MO/F-020
Optiflex

6.00 mm
12.50 mm
118.0
4.96 mm
 
  MO/F-002
Optiflex hydrophilic IOL

MO/F-019
Optiflex

6.00 mm
11.00 mm
118.0
4.96 mm
 
  MO/F-006
Optiflex hydrophilic IOL

MO/F-021
Optiflex

6.00 mm
with "Fish Tail"
back optical edge
10.60 mm
118.0
4.96 mm
 
  MO/F-005
Optiflex hydrophilic IOL
6.00 mm
12.50 mm
118.0
4.96 mm
 
  MO/F-008
Optiflex hydrophilic IOL
6.00 mm
13.50 mm
118.0
5.44 mm
 
 
Product : Optiflex Natural Yellow Series
 
  MO/FNY-001
Optiflex Natural Yellow Hydrophilic Acrylic CQ UV IOL
6.00 mm
12.5 mm
118.0
4.96 mm
 
  MO/FNY-002
Optiflex Natural Yellow Hydrophilic Acrylic CQ UV IOL
6.00 mm
11.00 mm
118.0
4.96 mm
 
  MO/FNY-003
Optiflex Natural Yellow Hydrophilic Acrylic CQ UV IOL
6.00 mm
12.5 mm
118.0
4.96 mm
   
   
  Optiflex Hydrophobic Surface Acrylic foldable Intra Ocular Lens
   
  When treated to surface modification, hydrophilic lens gain the surface properties similar to those of hydrophobic lens, keeping
the bulk properties of the IOL intact. The hydrophobic properties of the modified Hydrophilic IOL avoid cell attachment and growth.

With a proven clinical history, Hydrophilic acrylic material is widely accepted within the ophthalmic segment. An added benefit
has been offered by us by providing a permanent hydrophobic outer surface without tampering with the inherent properties of hydrophilic acrylic polymer.

The product is treated to surface modification by low pressure Plasma Technology. The depth of the treatment is restricted to
0.3 - 1.5 mm to retain the inherent properties of Hydrophilic intraocular lenses.
   
  Advantages of Surface modified IOLs
   
  - Permanent surface which is effective in various implantable medical devices.
- Hydrophobicity enhanced by higher contact angle
- Bacterial adhesion prevented by smoothness of the lens surface
- Secondary cataract avoided by the low surface energy which discourages cell growth and adherence
- Resistence to silicon oil adherence
- Reduced inflammatory cell response
- Smaller incision facilitates lens placement and reduces the trauma of a patient
- Risk of corneal endothelial cell damage reduced during implantation
- Reduced attraction to air borne particles in the operational field
- Compliance with biocompatibility and toxicity standards of ISO 10993
   
 
design: grafico