Progressive vs Bifocal Lenses: Which Should You Choose?

Bifocal lenses

A bifocal has your distance prescription on top and a reading area at the bottom. We fit three kinds:

• D-top (flat-top): a wide, D-shaped reading area with a visible edge.
• Fused round-top: a round reading area blended into the lens.
• Invisible bifocal: two zones with no visible line.

Progressive lenses

A progressive (multifocal) lens changes power gradually from distance at the top, through computer distance, to reading at the bottom. There is no line, so it looks like a normal lens.

We fit Varilux progressives, and Varilux Transitions progressives that also darken in sunlight.

How they compare

• Look: progressives and invisible bifocals have no visible line; D-top and round-top bifocals do.
• Middle distance: progressives give you a computer zone; bifocals jump from far to near.
• Getting used to them: bifocals feel familiar quickly; progressives can take one to two weeks.
• Cost: bifocals generally cost less than progressives.
• Frame: progressives need a frame with enough lens height for all three zones.

Who each one suits

Most people start needing reading help in their 40s. Choose a bifocal if you mainly switch between far and close reading and want to keep the cost down. Choose a progressive if you use a computer a lot or want glasses that look like single-vision lenses.

Progressives depend on accurate measurements of where your eyes sit in the frame. Our partner optician takes these when fitting.

Lenses mentioned in this guide

• Bifocal Lenses
• Progressive (Multifocal) Lenses

Common questions

How much are progressive lenses in Nigeria?

It depends on the lens and your prescription. Progressives cost more than bifocals. Send your prescription on WhatsApp for a quote before you pay.

Can progressive lenses go in my existing frame?

Often yes, if the frame is deep enough for the reading zone. Send us a photo of the frame and we will tell you.

Do you have Varilux lenses?

Yes. We fit Varilux progressive lenses, including Varilux Transitions, which darken in sunlight.