
ZEISS SmartLife PRO
Combine your expertise with the best of ZEISS technology.
Discover ZEISS SmartLife PRO, our most customisable
lens portfolio, only available for ZEISS i.Profiler plus owners.
ZEISS SmartLife Portfolio. The answer to a changing lifestyle.
The digital community is growing and connectivity is increasing regardless of age.

Your customers want expert advice, tailored to their needs.
Customers want individualised experiences; they expect brands to tailor products and services to them.6 They want to be consulted by an eye care professional they can trust, a real expert who can offer them the best vision, with customised advice and solutions.
- 86% of customers say that staff expertise and good advice are the most important store characteristics.7
- 85% of customers say that an individual treatment is a key driver for them.8

Visual needs are unique.
The cornea has a direct impact on a customer’s vision prescription and the quality of the retinal image, while changes of the pupil size affect retinal illuminance and depth of focus, which both have an impact on acuity.
The pupil responds to light by adapting its size according to different light conditions. With age, the pupil loses the ability to dilate. Interestingly, even within the same age group, the average pupil diameter also differs from person to person.

Lenses should address todays’ visual needs.

Professional eye measurement powered by ZEISS i.Profiler plus.
Accurate and complete information is the key to providing lenses that perfectly meet customers’ individual needs. ZEISS i.Profiler plus delivers a personal eye profile for each patient – far beyond the limits of traditional refraction.
ZEISS i.Profiler plus enables you to perform an in depth, accurate analysis of your customers’ eyes, so you instantly gain a holistic view of their personal eye data.
- Fast and highly accurate wavefront measurement and analysis of your customer’s eyes resulting in a unique Visual Optics Profile.9
- ZEISS i.Profiler plus determines the individual pupil size of each person.
- 60 seconds to automatically profile both eyes.10
- 20/20 visual acuity in 94% of patients.11
- 50% time reduction during subjective refraction.12

ZEISS i.Profiler plus enables our most customisable lens portfolio.
It supports you in finding and explaining the best possible solution for each customer, as it equips you with detailed pre-information for an accurate subjective refraction:
- Current visual optics profile including higher order aberrations and corneal data.
- Highly accurate objective refraction.
- ZEISS i.Scription analysis.
In addition, the unique visual optics profile incorporates the individual pupil size of each patient.

ZEISS Individual Luminance Design Technology results in more precise lenses.13
ZEISS Individual Luminance Design Technology considers the unique pupil size in all-day light situations based on the ZEISS i.Profiler plus measurement and the date of birth of the customer:
ZEISS i.Profiler plus measurement:
The average light exposure of the eye during the ZEISS i.Profiler plus measurement is 100 cd / m².14
Transformation of the data for all-day light conditions:
The average luminance during the day is ~ 60 cd / m².14 Therefore, the average pupil diameter for both eyes will be transformed from the measurement light situation to an all-day light situation.
Realistic comparison based on age:
ZEISS ensures that the resulting individual pupil size is within a reasonable tolerance of ± 1 mm according to the age of the customer.15
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1
Reference to ZEISS_SmartLife_White_Paper_EN_20_200_0400I, ZEISS Vision Care, INT, 2019
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2
Bababekova Y., Rosenfield M., Hue J.E., Huang R. R. (2011). Font Size and Viewing Distance of Handheld Smart Phones. Optometry and Vision Science, 88:795–97.
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3
Ioannidou F., Hermens F., Hodgson, T.L. (2017). Mind your step: the effects of mobile phone use on gaze behaviour in stair climbing. Journal of Technical and Behavioural Science, 2: 109-120.
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4
Dynamic gaze study - Changes in gaze behaviour through digital devices. ZEISS Vision Science Lab, Institute for Ophthalmic Research, University of Tuebingen, 2019. Data on file.
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5
Gustafsson E., Thomé S., Grimby-Ekman A., Hagberg M. (2017). Texting on mobile phones and musculoskeletal disorders in young adults: A five-year cohort study. Applied Ergonomics, 58:208-214.
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6
Euromonitor International. (2020). Top 10 Global Consumer Trends 2020.
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7
IMW-Köln. (2015). Consumer Segmentation & Digital Communication Behaviour. n=11.845, D, BR, CN, US, IT.
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8
IMW-Köln. (2015). Consumer Segmentation & Digital Communication Behaviour. n= 2.778 (extract health managers), D, BR, CN, US, IT.
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9
Applying a specifically developed speckle-free verification method (Data on file. 2019-11-15_DCS_INO_4000424.01_iProfiler_SN303782.pdf), The ZEISS i.Profiler plus autorefraction and wavefront aberration measurements have been calibrated to show an accuracy of +/-0.1 D that exceeds the ISO standard for auto-refractors, which only requires a maximum scale interval of 0.25 (ISO standard for eye refractometers, DIN EN ISO 10342:2010).
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10
Measurement on 5 subjects including stop watch timing for complete measurement Report: 004857_iPP_Claims Substantiation Report_V01
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11
Kevin Reeder, OD, Earl Sandler, OD, Joel Cook, OD, and Lynette Potgieter, B. Optom (RSA) – The Carmel Mountain Study (Orange County, California), double blind test on preference between ZEISS i.Scription Lenses and comparable ZEISS free-form test lenses (n=37), 2016.
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12
Arne Ohlendorf, Alexander Leube, Siegfried Wahl, “Comparison of spherocylindrical corrections obtained by wavefront aberrometry and subjective methods”, Institute for Ophthalmic Research, Eberhard Karls University of Tuebingen, Mar. 2016.
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13
Based on Watson, A. B. & Yellott, J.I. (2012). A unified formula for light-adapted pupil size. Journal of Vision ,12(10):12, 1–16. Theoretical analyses by Technology & Innovation, ZEISS Vision Care, DE, 2020.
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14
Analyses by Technology & Innovation, ZEISS Vision Care, DE, 2020.
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15
Based on Watson, A. B. & Yellott, J.I. (2012). A unified formula for light-adapted pupil size. Journal of Vision ,12(10):12, 1–16. Theoretical analyses by Technology & Innovation, ZEISS Vision Care, DE, 2020.