60 Most comfortable eyeglass lenses

Customized

High-Index Plastic

500

Highly Precise Vision Correction & Thinner Lenses

Very Expensive & Requires Special Equipment For Fitting

9.8

9.7

Photochromic

Senofilcon A

100

Adapts To Changing Light & UV Protection

Only Available As Contact Lenses & Higher Cost

9.5

9.7

Occupational

CR-39

200

Reduces Neck Strain & Improves Work Comfort

Limited Outdoor Use

9.2

9.7

Digital

Polycarbonate

300

Relieves Digital Eye Strain & Comfortable Transition From Contacts

Specifically For Contact Lens Wearers & Higher Cost

9.3

9.6

Anti-Fog

Polycarbonate

300

Prevents Fogging & Clear Vision In All Conditions

Requires Periodic Reactivation

9

9.6

Single Vision

Trivex

200

Durable, Thin and Lightweight

Slightly More Expensive Than Standard Plastic

9.2

9.5

High-Index

Trivex

300

Highly Impact-Resistant, Thin And Lightweight and Excellent Optics

More Expensive Than Standard Lenses & Limited Availability

8.5

9.5

Progressive

Polycarbonate

300

Seamless Near-To-Far Vision & Reduced Eye Strain

Adjustment Period & Higher Cost

9.2

9.5

Occupational

Trivex

200

Reduces Eye Strain & Wide Intermediate Zone

Limited Distance Vision & Adjustment Period

9

9.5

Computer

High-Index Plastic

200

Reduces Eye Fatigue & Improves Posture

Limited Distance Vision Correction

8.9

9.5

Ultra-Thin

High-Index Plastic

500

Ultra-Thin Profile & Lightweight

Fragile Edges & High Cost

9

9.5

Flexible

Polycarbonate

200

Highly Flexible, Shatter-Resistant, Lightweight, Highly Impact-Resistant and Ideal For Rimless Frames

Prone To Scratches, Moderate Optical Clarity, Moderate Thickness, Higher Price Point, Limited Prescription Range and Higher Cost Than Basic Lenses

8

9.5

UV Protection

Trivex

200

Blocks Harmful UV Rays, Lightweight, Blocks Up To 420Nm Of Blue Light, Reduces Eye Strain, Blocks Up To 420Nm Of UV Light and Impact-Resistant

Limited Style Options, Slight Tint, Slight Yellow Tint, Higher Price Point and Slightly Thicker Than High-Index Lenses

8

9.5

Computer

Plastic

200

Reduces Eye Strain, Improves Sleep Quality, Neutralizes Blue Light, Reduces Glare and Improves Contrast

May Alter Color Perception Slightly & Slight Yellow Tint

8

9.5

Impact-Resistant

Polycarbonate

200

Lightweight & Shatter-Resistant

Slightly Less Clarity Than Glass

8.7

9.4

Blue Light Protection

Polycarbonate

200

Reduces Eye Strain & Improves Sleep Quality

Slight Yellow Tint

8.8

9.4

High-Index

1.67 High-Index Plastic

300

Very Thin And Light, Suitable For High Prescriptions, Durable, Very Thin And Lightweight, Reduced Magnification Effect and Improved Aesthetics

Expensive, Requires Careful Handling and Requires Precise Fitting

9

9.4

Single Vision

Plastic

200

Reduces Eye Fatigue, Enhances Visual Comfort and Affordable

Not Suitable For Presbyopia & Limited Material Options

8.9

9.4

Photochromic

Trivex

300

Fast Darkening And Fade-Back & Glare Reduction

Performance Varies In Extreme Temperatures

9.1

9.3

Single Vision

Trivex

200

Reduces Eye Fatigue & Protects Against Blue Light

Limited To Single Vision Prescriptions & Slightly Thicker

8.8

9.3

Enhanced Single Vision

Plastic

200

Reduces Eye Strain & Protects Against Blue Light

Slightly More Expensive Than Standard Lenses & Not For Presbyopia

9

9.3

Progressive

Trivex

300

Large Reading Area & Excellent For Active Lifestyles

Higher Cost & Adjustment Period For First-Time Wearers

9.4

9.2

Digital

High-Index Plastic

300

Optimized For Digital Devices & Reduced Eye Strain

Higher Price Point

9.4

9.2

Polarized

Polycarbonate

300

Excellent Glare Reduction, Impact-Resistant, 100% UV Protection, Eliminates Glare and Enhances Contrast

Not Ideal For LCD Screens, Higher Price, Not Suitable For LCD Screens and Darker Than Non-Polarized Lenses

9.4

9.2

Single Vision

Trivex

200

Reduces Eye Fatigue, Filters Blue Light and Enhances Contrast

May Alter Color Perception Slightly & Not For Severe Prescriptions

8.8

9.2