Focus® DAILIES® Progressives

Focus DAILIES PROGRESSIVES



A daily disposable soft contact lens for your presbyopic patients.

Technical Information

Manufacture Cast Moulded with unique Lightstream Technology process
Design Centre near aspheric. Double lenticular front surface Tri-curve back surfaces
Material Nelfilcon A
Dk(Fatt units at 35°C) 26
Dk/t (@-3.00 D) 23.6
Visitint Edge to edge, light blue Visitint
Water content 69%
BOZR (mm) 8.60
TD (mm) 13.80
BVP (D) +5.00 to -6.00 (0.25)
Incorporating a single progressive add;
effective range up to +3.00
FOZD (mm) 7.80
Centre thickness (mm) (@ -3.00 D) 0.11
FDA Group II >=50% water content, non-ionic
Wearing Schedule Daily wear single use
Pack size 30 lenses to a pack, 1 to 2 months supply available

Clinical Tips

  • Discuss your patients expectations before starting the lens fit
  • Never start with the distance Rx as the trial lens power
  • Power changes as small as ±0.25D in one or both eyes often provide a significant improvement in visual quality
  • Over refractions should be done BINOCULARLY with hand held trial lenses - do not use the phoropter
  • Please note that Focus DAILIES Progressive trials should not be used to prescribe monthly progressives and visa versa due to differences in design, material, manufacture and lens fit
Features Benefits
Single BOZR and diameter combination Simple and easy to fit
Proven Aspheric Power Profile design Superior performance, comfort and handling
Superior state-of-the-art technology of Focus® DAILIES® Focus® DAILIES® quality and comfort with the convenience and hygiene of a fresh new lens every day
Smooth transitions without sharp junctions between optic zones Smooth clear vision at all distances
Visibility tint Enhances patient handling
Single progressive add with an effective
range up to +3.00DS		 Excellent near vision without compromising intermediate or distance acuity
Daily Disposable Contact lenses that fit in with your lifestyle

* Use spectacle prescription to calculate best sphere as table values are compensated for vertex distance. No vertex correction necessary.