VISION CARE
VISION CARE

Why do children’s vision become blurry?

Myopia (nearsightedness) is a type of refractive errors that affect vision. Our eyes function like a camera.
The eye lens acts as the camera lens, responsible for adjusting the focus of light.

The retina works like the camera’s film, capturing light to form images. Normally, when light enters the eye, it is focused on the retina to form a clear image.
When myopia occurs, changes in our eyeballs cause the light from far distance to focus in front of the retina resulting in a blurry image.

Myopia (nearsightedness) is a type of refractive errors that affect vision. Our eyes function like a camera. The eye lens acts as the camera lens, responsible for adjusting the focus of light. The retina works like the camera’s film, capturing light to form images. Normally, when light enters the eye, it is focused on the retina to form a clear image. When myopia occurs, changes in our eyeballs cause the light from far distance to focus in front of the retina resulting in a blurry image.

Emmetropia

The focus of light falls on the retina
Clear Vision at far

The focus of light falls on the retina
Clear Vision at far

Myopia

The focus of light is in front of the retina
Blurry vision at near

The focus of light is in front of the retina
Blurry vision at near

Which children are more likely to have myopia?

Genetic Factors
(accounting for 30%1 of total factors)

Poor Visual Habits
(accounting for 70%2 of total factors)

Early Myopia Onset

Rapid Myopia Progression

If one parent is myopic,
the risk of the child being nearsighted triples.

If both parents are myopic, the risk increases sixfold.

Less than two hours of outdoor activities each day

Increased near work such as
reading closeup/ long screen time

Insufficient sleep

Myopia onset at < 8 years old
High risk of moderate to high myopia

Myopia onset at > 12 years old
Low risk of moderate to high myopia

Progresses faster than average among same age group
Higher myopia than average among same age group
Or Faster annual growth in refractive power and axial length

1.,2.Myopia prevention and outdoor light intensity in a school-based cluster randomized trial. Ophthalmology. 2018;125:1239–50.

Which children are more likely to have myopia?

Genetic Factors
(accounting for 30%1 of total factors)

If one parent is myopic, the risk of the child being nearsighted triples.

If both parents are myopic, the risk increases sixfold.

Poor Visual Habits
(accounting for 70%2 of total factors)

Less than two hours of outdoor activities each day

Increased near work such as
reading closeup/ long screen time

Insufficient sleep

Early Myopia Onset

Myopia onset at < 8 years old
High risk of moderate to high myopia

Myopia onset at > 12 years old
Low risk of moderate to high myopia

Rapid Myopia Progression

Progresses faster than average among same age group
Higher myopia than average among same age group
Or Faster annual growth in refractive power and axial length

1.,2.Myopia prevention and outdoor light intensity in a school-based cluster randomized trial. Ophthalmology. 2018;125:1239–50.

Myopia is not scary, but rapidly progressing myopia is!

When children's myopia continues to worsen, particularly progressing to moderate to high myopia, it can bring negative impacts in various aspects of their lives1:

When children's myopia continues to worsen, particularly progressing to moderate to high myopia, it can bring negative impacts in various aspects of their lives1:

*潛在眼疾包括黃斑病變和其他視網膜疾病，誘發青光眼和白內障等的機會也較高。
1.《高度近視防控專家共識(2023)》

Myopia is irreversible,
and the eye axis is the "culprit"

The axial length is the length between the corneal surface of the eyeball and the fovea of the macula. It is highly relevant to myopia1. In most cases, myopia is caused by the growth of the axial length. The longer the axial length, the higher the myopia. Like a child’s height, once the axial length increases, it can no longer be reversible2.

 

Data monitoring on axial length
is particularly important for managing myopia

The axial length3 is one of the major parameters to monitor the development of children and adolescents' eyes. Regularly measuring the axial length for children to predict the development trend. Timely adopting effective intervention measures to prevent and manage myopia effectively.


Emmetropia

Myopia prevention and management


Myopia

Eye exam and interventions as early as possible


High myopia

Risk of severe eye disease

Reference range of axial length for children and
adolescents aged 3-18 years old (mm) P95

Age Male Female
3 22.87 22.44
4 23.20 22.79
5 23.53 23.13
6 23.86 23.46
7 24.19 23.80
8 24.52 24.13
9 24.85 24.45
10 25.18 24.78
11 25.50 25.09
12 25.82 25.40
13 26.14 25.70
14 26.44 25.99
15 26.74 26.27
16 27.02 26.55
17 27.30 26.81
18 27.55 27.07

1.《眼軸長度在近視防控管理中的應用專家共識(2023)》 2.《6～14歲學生近視程度與角膜曲率,眼軸,身高,體質量及骨齡的關係》. 熊毅等. 國際眼科雜誌 12.7(2012):1356-1358. 3. (表格數據來源) 《眼軸長度在近視防控管理中的應用專家共識(2023)》

Myopia is irreversible,
and the eye axis is the "culprit"

The axial length is the length between the corneal surface of the eyeball and the fovea of the macula. It is highly relevant to myopia1. In most cases, myopia is caused by the growth of the axial length. The longer the axial length, the higher the myopia. Like a child’s height, once the axial length increases, it can no longer be reversible2.

 


Emmetropia

Myopia prevention and management


Myopia

Eye exam and interventions
as early as possible


High myopia

Risk of severe eye disease

Data monitoring on axial length is particularly important for managing myopia

The axial length3 is one of the major parameters to monitor the development of children and adolescents' eyes. Regularly measuring the axial length for children to predict the development trend. Timely adopting effective intervention measures to prevent and manage myopia effectively.

Reference range of axial length for children and adolescents aged 3-18 years old (mm) P95

Age Male Female
3 22.87 22.44
4 23.20 22.79
5 23.53 23.13
6 23.86 23.46
7 24.19 23.80
8 24.52 24.13
9 24.85 24.45
10 25.18 24.78
11 25.50 25.09
12 25.82 25.40
13 26.14 25.70
14 26.44 25.99
15 26.74 26.27
16 27.02 26.55
17 27.30 26.81
18 27.55 27.07

1.《眼軸長度在近視防控管理中的應用專家共識(2023)》 2.《6～14歲學生近視程度與角膜曲率,眼軸,身高,體質量及骨齡的關係》. 熊毅等. 國際眼科雜誌 12.7(2012):1356-1358. 3. (表格數據來源) 《眼軸長度在近視防控管理中的應用專家共識(2023)》

Act Early in Myopia Management!
Early prevention, early detection, early control

Although myopia is irreversible, it can be prevented and managed1. To protect children’s vision, consider the following recommendations 2:

Ensure sufficient time for outdoor activities

No less than 2 hours a day, And a total of no less than 14 hours weekly; Ambient illumination no less than 3000 LUX.

Healthy near-work habits

School-age children should not read/ see up close for more than two hours a day outside school. Including reading, writing and using digital screens, etc.

20-20-20 Eye Rule

After every 20 minutes of close work, take a 20-second break to look at something 20 feet away (about six meters), e.g. grass, trees and scenery.

Regular eye checks

Establish a refractive file for a child, and re-check every three to six months to monitor changes in refractive power and axial length.

Wear Glasses and Timely Correction

When children develop myopia, consult a professional optometrist for timely eye exam and intervention measures.

1.《關於加強兒童青少年近視防控用眼行為干預的倡議及實施方法共識(2023) ——用眼行為干預人群大處方》。
2.《近視防治指南(2024年版)》

Act Early in Myopia Management!
Early prevention, early detection, early control

Although myopia is irreversible, it can be prevented and managed1. To protect children’s vision, consider the following recommendations 2:

Ensure sufficient time for outdoor activities
No less than 2 hours a day, And a total of no less than 14 hours weekly; Ambient illumination no less than 3000 LUX .
Healthy near-work habits
School-age children should not read/ see up close for more than two hours a day outside school. Including reading, writing and using digital screens, etc.
20-20-20 Eye Rule
After every 20 minutes of close work, take a 20-second break to look at something 20 feet away (about six meters), e.g. grass, trees and scenery.
Regular eye checks
Establish a refractive file for a child, and re-check every three to six months to monitor changes in refractive power and axial length.

Wear Glasses and Timely Correction
When children develop myopia, consult a professional optometrist for timely eye exam and intervention measures.

1.《關於加強兒童青少年近視防控用眼行為干預的倡議及實施方法共識(2023) ——用眼行為干預人群大處方》。
2.《近視防治指南(2024年版)》

How to choose the right pair of lenses for your children?

Research shows that1 myopic children without wearing glasses can experience an annual myopic progression of -1.00 to -1.50D.
Myopic children wearing single vision glasses progress by -0.50 to -1.00D per year;
Myopic children wearing myopia management glasses can slower annual myopia progression to within -0.50D 2.


Without glasses

Myopia progresses by
-1.00 to -1.50D per year


With single-vision glasses

Myopia progresses by
-0.50 to -1.00D per year


With myopia management glasses

Myopia progresses by
less than -0.50D per year

Normal Glasses

Myopia Management Glasses

Single vision lenses
Vision correction only

Central area of the lens provides clear vision
Light from the lens periphery falls behind the retina,
resulting in possible eyeball elongation and thus increasing the risk of progressing myopia.

Effect
Vision correction only

Defocus lens design
Concentric ring microstructures
Slow down progression of axial elongation

Central clear zone provides clear vision.
Special design allows peripheral light to be projected on and in front of the retina
Eliminate signals that stimulate axial elongation, thereby effectively control myopia

Effect
Slow down progression of axial elongation

1.1.《近視防控相關框架眼鏡在近視管理中的應用專家共識(2023)》1.2. 出自中山大學中山眼科中心《”減少周邊遠視離焦” 設計眼鏡對近視進展的影響》 的結果：對照組在六個月複查時的近視進展為-0.55±0.35D， 12個月複查時為-0.78±0.50D。 配戴非旋轉對稱設計的AMSPL試驗組相比之下近視進展減緩(六個月複查時為-0.47D±0.3D，12個月複查時為-0.66±0.41D)， 但差值沒有統計學意義。進一步分析發現年齡段在6-12歲間，父母親雙方至少有一方近視的兒童，在配戴非旋轉對稱設計的AMSPL 鏡片時， 近視進展顯著減緩( -0.68±0.47D，配戴SPL組 近視加深為-0.97±0.48D，P＝0.038)。2.佩戴效果因人而異。

How to choose the right pair of lenses for your children?

Research shows that1 myopic children without wearing glasses can experience an annual myopic progression of -1.00 to -1.50D.
Myopic children wearing single vision glasses progress by -0.50 to -1.00D per year; Myopic children wearing myopia management glasses can slower annual myopia progression to within -0.50D 2.


Without glasses

Myopia progresses by
-1.00 to -1.50D per year


With single-vision glasses

Myopia progresses by
-0.50 to -1.00D per year


With myopia management glasses

Myopia progresses by
less than -0.50D per year

Normal Glasses

Single vision lenses
Vision correction only

Central area of the lens provides clear vision
Light from the lens periphery falls behind the retina, resulting in possible eyeball elongation and thus increasing the risk of progressing myopia.

Effect
Vision correction only

Myopia Management Glasses

Defocus lens design
Concentric ring microstructures
Slow down progression of axial elongation

Central clear zone provides clear vision.
Special design allows peripheral light to be projected on and in front of the retina
Eliminate signals that stimulate axial elongation, thereby effectively control myopia

Effect
Slow down progression of axial elongation

1.1.《近視防控相關框架眼鏡在近視管理中的應用專家共識(2023)》1.2. 出自中山大學中山眼科中心《”減少周邊遠視離焦” 設計眼鏡對近視進展的影響》 的結果：對照組在六個月複查時的近視進展為-0.55±0.35D， 12個月複查時為-0.78±0.50D。 配戴非旋轉對稱設計的AMSPL試驗組相比之下近視進展減緩(六個月複查時為-0.47D±0.3D，12個月複查時為-0.66±0.41D)， 但差值沒有統計學意義。進一步分析發現年齡段在6-12歲間，父母親雙方至少有一方近視的兒童，在配戴非旋轉對稱設計的AMSPL 鏡片時， 近視進展顯著減緩( -0.68±0.47D，配戴SPL組 近視加深為-0.97±0.48D，P＝0.038)。2.佩戴效果因人而異。

Incorporating PolyU's patented Defocus Incorporated Soft Contact (DISC) technology

ZEISS MyoCare Lenses

Slow down average axial length growth by 68% and 70% in Asian myopic children,
compared to emmetropic eye growth1.

The innovative C.A.R.E.® technology

Incorporating PolyU's patented Defocus Incorporated Soft Contact (DISC) technology and inspired by orthokeratology lenses, ZEISS and optometry experts jointly developed C.A.R.E.® technology2 in order to slow down myopia progression3.

All-round Myopia Management

Up to 33 rings of mega myopia control zone providing optimal vision at all times. ZEISS ClearFocus design with Freeform technology provides good vision for all viewing angles.

ZEISS MyoVision Pro Lenses

A Trusted Choice for Seven Million Myopic Children

Reputable and trustworthy

With over 10 years4 of verified patented technology5 and chosen by seven million6 children, ZEISS MyoVision Pro lenses adopt peripheral vision control technology, which helps slow down axial elongation and effectively slow down the progression of myopia7.

High quality. Durable and Impact Resistance8

With ZEISS DuraVision® Platinum Coating, the lens is of superior hardness and toughness, high luminance transmittance and impact-resistant etc., which is suitable for children’s use during outdoor activities.

1.據天津市眼科醫院視光中心，首都醫科大學附屬北京同仁醫院、何氏眼科於2023年11月共同發佈的蔡司C.A.R.E.鏡片多中心臨床試驗中期結果報告，其中C.A.R.E. A鏡片延緩眼軸長度增長的相對正視眼有效率達68%， C.A.R.E. B鏡片延緩眼軸長度增長的相對正視眼有效率達70%； 試驗總入組人數240人，覆蓋年齡為6-13歲。因試驗仍在進行中，C.A.R.E. A鏡片、C.A.R.E. B鏡片和蔡司小樂圓H版、小樂圓S版的對應關係暫不 揭露。 2. 使用中國發明專利，專利號： ZL 2020 1 0000666.2 3.《近視防控相關框架眼鏡在近視管理中的應用專家共識(2023)》 4. 蔡司成長樂鏡片 於2011年於中國市場上市，截至2023年已經超過10年市場銷售。 5. 使用中國發明專利：專利號ZL200680044123.9; 6.此銷售數據來自卡爾蔡司光學(廣州) 有限公司於2011年10月至2023年7月期間，在中國大陸累計銷售蔡司成長樂系列鏡片產品數據統計得出。 7.1.210名6-16歲中國兒童中進行了為期12個月的試驗。有50名兒童配戴MyoVision® 鏡片， 50名配戴標準單焦點鏡片， 110名兒童配戴其他類型鏡片。 對父母至少一方還有近視的6-12歲兒童進行分組(配戴MyoVision® 鏡片 的50名兒童中有19名)，從中得出結果。Sankaridurg et al, 《視力測定法與視覺科學》，第87卷，第九期， 2010年9月； 631-641頁。 7.2.出自中山大學中山眼科中心《”減少周邊遠視離焦” 設計眼鏡對近視進展的影響》 的結果：對照組在六個月複查時的近視進展為-0.550.35D， 12個月複查時為-0.780.50D。 配戴非旋轉對稱設計的AMSPL試驗組相比之下近視進展減緩(六個月複查時為-0.47D0.3D，12個月複查時為-0.660.41D)， 但差值沒有統計學意義。進一步分析發現年齡段在6-12歲間，父母親雙方至少有一方近視的兒童，在配戴非旋轉對稱設計的AMSPL 鏡片時， 近視進展顯著減緩( -0.680.47D，配戴SPL組 近視加深為-0.970.48D，P＝0.038)。8.1 此產品符合O/KECSGX 8-2022 4.8 8.2 此產品符合 Q/KESCGX 8-2022 4.9。

Incorporating PolyU's patented Defocus Incorporated Soft Contact (DISC) technology

ZEISS MyoCare Lenses

Slow down average axial length growth by 68% and 70% in Asian myopic children, compared to emmetropic eye growth1.

The innovative C.A.R.E.® technology

Incorporating PolyU's patented Defocus Incorporated Soft Contact (DISC) technology and inspired by orthokeratology lenses, ZEISS and optometry experts jointly developed C.A.R.E.® technology2 in order to slow down myopia progression3.

All-round Myopia Management

Up to 33 rings of mega myopia control zone providing optimal vision at all times. ZEISS ClearFocus design with Freeform technology provides good vision for all viewing angles.

ZEISS MyoVision Pro Lenses

A Trusted Choice for Seven Million Myopic Children

Reputable and trustworthy

With over 10 years4 of verified patented technology5 and chosen by seven million6 children, ZEISS MyoVision Pro lenses adopt peripheral vision control technology, which helps slow down axial elongation and effectively slow down the progression of myopia7.

High quality. Durable and Impact Resistance8

With ZEISS DuraVision® Platinum Coating, the lens is of superior hardness and toughness, high luminance transmittance and impact-resistant etc., which is suitable for children’s use during outdoor activities

。1.據天津市眼科醫院視光中心，首都醫科大學附屬北京同仁醫院、何氏眼科於2023年11月共同發佈的蔡司C.A.R.E.鏡片多中心臨床試驗中期結果報告，其中C.A.R.E. A鏡片延緩眼軸長度增長的相對正視眼有效率達68%， C.A.R.E. B鏡片延緩眼軸長度增長的相對正視眼有效率達70%； 試驗總入組人數240人，覆蓋年齡為6-13歲。因試驗仍在進行中，C.A.R.E. A鏡片、C.A.R.E. B鏡片和蔡司小樂圓H版、小樂圓S版的對應關係暫不 揭露。 2. 使用中國發明專利，專利號： ZL 2020 1 0000666.2 3.《近視防控相關框架眼鏡在近視管理中的應用專家共識(2023)》 4. 蔡司成長樂鏡片 於2011年於中國市場上市，截至2023年已經超過10年市場銷售。 5. 使用中國發明專利：專利號ZL200680044123.9; 6.此銷售數據來自卡爾蔡司光學(廣州) 有限公司於2011年10月至2023年7月期間，在中國大陸累計銷售蔡司成長樂系列鏡片產品數據統計得出。 7.1.210名6-16歲中國兒童中進行了為期12個月的試驗。有50名兒童配戴MyoVision® 鏡片， 50名配戴標準單焦點鏡片， 110名兒童配戴其他類型鏡片。 對父母至少一方還有近視的6-12歲兒童進行分組(配戴MyoVision® 鏡片 的50名兒童中有19名)，從中得出結果。Sankaridurg et al, 《視力測定法與視覺科學》，第87卷，第九期， 2010年9月； 631-641頁。 7.2.出自中山大學中山眼科中心《”減少周邊遠視離焦” 設計眼鏡對近視進展的影響》 的結果：對照組在六個月複查時的近視進展為-0.550.35D， 12個月複查時為-0.780.50D。 配戴非旋轉對稱設計的AMSPL試驗組相比之下近視進展減緩(六個月複查時為-0.47D0.3D，12個月複查時為-0.660.41D)， 但差值沒有統計學意義。進一步分析發現年齡段在6-12歲間，父母親雙方至少有一方近視的兒童，在配戴非旋轉對稱設計的AMSPL 鏡片時， 近視進展顯著減緩( -0.680.47D，配戴SPL組 近視加深為-0.970.48D，P＝0.038)。8.1 此產品符合O/KECSGX 8-2022 4.8 8.2 此產品符合 Q/KESCGX 8-2022 4.9。

ZEISS SmartLife PRO/SmartLife Young Lenses

Clear vision for every moment of growing children

Do your children have the following conditions?

"Digital addiction"

Frequent use of digital devices

Active lifestyle

Clear and dynamic visual needs

Growing fast

Requiring glasses that perfectly match their needs

Enjoy digital lifestyle with relaxing screen time

With ZEISS SmartView 2.0 technology, 3D dynamic optimization is tailored for the use of digital screen.
Equipped with ZEISS BlueGuard, it provides more comfort when using digital devices.

Enjoy youth with visual requirements met perfectly

With ZEISS Luminance Design® 2.0/ 3.0 technology, it provides optimal vision based on the changes of pupil sizes of growing children aged 6 - 19. It also uses dynamic position of wear data to incorporate the growing anatomy of children in the lens calculation, making it more suitable for children as they grow.

Enjoy life with durable lenses with multiple protections

The lens is of superior hardness and toughness, high luminance transmittance, impact-resistant with double UV protection. It can also be equipped with PhotoFusion X, the latest photochromic technology, offering the best choice for children during outdoor activities.

ZEISS SmartLife PRO/SmartLife Young Lenses

Clear vision for every moment of growing children

Do your children have the following conditions?

 

"Digital addiction"

Frequent use of digital devices

Active lifestyle

Clear and dynamic visual needs

Growing fast

Requiring glasses that perfectly match their needs

Enjoy digital lifestyle with relaxing screen time

With ZEISS SmartView 2.0 technology, 3D dynamic optimization is tailored for the use of digital screen. Equipped with ZEISS BlueGuard, it provides more comfort when using digital devices.

Enjoy youth with visual requirements
met perfectly

With ZEISS Luminance Design® 2.0/ 3.0 technology, it provides optimal vision based on the changes of pupil sizes of growing children aged 6 - 19. It also uses dynamic position of wear data to incorporate the growing anatomy of children in the lens calculation, making it more suitable for children as they grow.

Enjoy life with durable lenses with
multiple protections

The lens is of superior hardness and toughness, high luminance transmittance, impact-resistant with double UV protection. It can also be equipped with PhotoFusion X, the latest photochromic technology, offering the best choice for children during outdoor activities.

How to choose the right ZEISS lenses for your child?

Children or adolescents aged 6 to 19 years old

With myopia management needs
(Myopic eyes or with rapid myopia progression)

Select

ZEISS MyoCare Lenses

ZEISS MyoVision Pro Lenses

With no myopia management needs
(Hyperopic eyes or myopic eyes with other eye issues to be taken care of)

Select

ZEISS SmartLife PRO/SmartLife Young Lenses

*For prescription recommendations, please consult professional optometrists in our stores.

How to choose the right ZEISS lenses
for your child?

Children or adolescents aged 6 to 19 years old

With myopia management needs
(Myopic eyes or with rapid myopia progression)

Select

ZEISS MyoCare Lenses

ZEISS MyoVision Pro Lenses

With no myopia management needs
(Hyperopic eyes or myopic eyes with other eye issues
to be taken care of)

Select

ZEISS SmartLife PRO/SmartLife Young Lenses

*For prescription recommendations, please consult professional optometrists in our stores.

How important is it to check your eyes regularly?

How important is it to check your eyes regularly?

One single eye examination cannot tell the development trend of a child's eye health. Experts suggest that regular eye check should be conducted starting from the birth of a child. A refractive development file can be established between the ages of 0 and 3. Regular check-ups and longitudinal records are essential.

A comprehensive refractive development record should at least include information on refractive power changes in the past 6-12 months. It includes three key elements: axial length, refractive power and unaided visual acuity of both eyes. It is a "barometer" of eye health and provides an early indication for myopia onset.

One single eye examination cannot tell the development trend of a child's eye health. Experts suggest that regular eye check should be conducted starting from the birth of a child. A refractive development file can be established between the ages of 0 and 3. Regular check-ups and longitudinal records are essential.

A comprehensive refractive development record should at least include information on refractive power changes in the past 6-12 months. It includes three key elements: axial length, refractive power and unaided visual acuity of both eyes. It is a "barometer" of eye health and provides an early indication for myopia onset.

PUYI ZEISS Optical Lab
PUYI Optical provides you with exclusive, personalized eye care.
Professional Premium Services

At PUYI Optical, we prioritize our customers first. We provide customized and professional services through both online and offline experiences.
We offer a series of comprehensive exams that are tailored to all your visual needs, presenting the ultimate luxurious enjoyment in the world of eye care.


Adopt ZEISS advanced optometric equipment and vision care technology.

Analyze your vision and corneal health in a range of comprehensive and precise assessments.


Provide exclusive personalized eye care experience like no other.

Our professional team of optometrists is dedicated to bringing you clear and comfortable vision, and providing personalized vision solutions for your unique visual needs.


Create personalized visual solutions through our stores in major areas in Greater China and Singapore.

PUYI Optical and ZEISS have created PUYI ZEISS Optical Lab to customize high-quality vision care for our customers.

PUYI ZEISS Optical Lab
PUYI Optical provides you with exclusive, personalized eye care.
Professional Premium Services

At PUYI Optical, we prioritize our customers first. We provide customized and professional services through both online and offline experiences. We offer a series of comprehensive exams that are tailored to all your visual needs, presenting the ultimate luxurious enjoyment in the world of eye care.


Adopt ZEISS advanced optometric equipment and vision care technology.

Analyze your vision and corneal health in a range of comprehensive and precise assessments.


Provide exclusive personalized eye care experience like no other.

Our professional team of optometrists is dedicated to bringing you clear and comfortable vision, and providing personalized vision solutions for your unique visual needs.


Create personalized visual solutions through our stores in major areas in Greater China and Singapore.

PUYI Optical and ZEISS have created PUYI ZEISS Optical Lab to customize high-quality vision care for our customers.