Ho Optometrist

Your Local Optometrist from 怡保……Ipoh….. Perak, Malaysia

Our Services..

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Our New Website…

Front Shop

We have created our own new website. Come Check It Out!

http://www.hooptometrist.com.my/

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Happy Chinese New Year 2013!!!

2013 Year of the Snake

Ho Optometrist would like to wish all who celebrate this Festive Season Happy Chinese New Year!

May the Year of ULAR be Prosperous & Harmony….Gong Xi Fatt Chai!!

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Is your Office Bright enough for your Eyes?

Is your office or workplace comfortable for your eyes? Have you ever felt eye strain,dryness, discomfort after a days of work… It time to check if your workplace is ideal for your eyes with Good Ligthing.

What is the significance of Good Lighting?

Office work is visually demanding and requires good lighting for maximum comfort and productivity. “Good” lighting means providing enough illumination so that people can see printed, handwritten or displayed documents clearly but are not blinded by excessively high light levels (a cause of glare).

What are signs of poor lighting?

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The most common complaints resulting from poor lighting are:

  • Difficulty seeing document or screen (too much light or glare, or too little light or shadows),
  • Eyestrain,
  • Eye irritation,
  • Blurred vision,
  • Dry burning eyes, and
  • Headaches.

Poor lighting affects not only the ocular system but can also contribute to stiff necks and aches in shoulder area. These problems can occur when people adopt poor or awkward postures when trying to read something under poor lighting conditions.

A good visual environment will:

  • have sufficient light, coming from the right direction and not cause obscuring shadows,
  • provide good (but not excessive) contrast between the task and the background,
  • limit glare and extreme contrasts, and
  • provide the right type of light.

Why do computers create a challenge for lighting designers?

The monitor itself is a source of light. As such, it does not require additional illumination from other sources. In fact, the screen itself can cause glare if the brightness and contrast controls are not properly adjusted.iStock_000002652059Small

An additional challenge occurs because most office work involves using the monitor and paper documents at the same time. Paper documents require a higher light level than the monitor. A desk lamp (any type of soft task light) can be used to illuminate documents while avoiding excessive light near the monitor. Glare can also result from an improper match or excessive contrast in light levels between the monitor screen and the paper.

The monitor also acts as a mirror. Reflections of objects, shiny walls, and any light source (specifically windows and overhead lighting) all cause glare. Eye discomfort can result but glare also forces the user into an awkward position as they try to avoid having the glare in their eyes. These positions lead to aches and pains in the upper body that, in turn, can also aggravate eye strain.

The quality of the images on the monitor is another important factor. Reading and interpreting blurred, fuzzy, tiny, or otherwise illegible characters for hours a day can strain the operators’ eyes.

What else in the computerized office contributes to the eye discomfort?

Other examples of work-related risk factors that contribute to eye discomfort are:

  • Maintaining a fixed and close visual distance for a long time,
  • Glare from the unshaded or un-diffused lighting fixtures,
  • Poor lighting, involving unchanged (and unchangeable) levels of illumination,
  • Unsuitable workstations (dimensions and arrangement),
  • Low ambient humidity,
  • Uncorrected vision problems, and
  • Lack of colour variety in one’s surroundings.

Are there any non-visual effects of poor lighting?

When people are exposed to glare or have uncorrected vision problems, they tend to lean forward or backward in an attempt to compensate. An awkward body position leads to eye strain and accelerates postural fatigue that, in turn, contributes to musculoskeletal injuries (MSI).

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How can eye discomfort be reduced?

Overhead lighting

  • Use filters to diffuse overhead lighting.
  • Dim overhead lights.
  • Keep in mind that recommended level of light in offices 300 – 500 lux is not a must. It applies in the situation where there is no task lamp in use.

Windows and walls

  • Cover windows with adjustable blinds.
  • Use matte finishes on walls, floors and furniture.

Monitor

  • Adjust the brightness and contrast according to your preference.
  • Use a light colour for the background.
  • Place the monitor parallel (not directly below) with overhead lights.
  • Angle the monitor away from lights and windows.
  • Make sure that the task lamp illuminates the document and not the monitor.

Should anti-glare screens be used?

In general, anything between the operator and screen compromises the quality of the image. It is far better to control glare by proper lighting design and placement of the monitor than by use of an anti-glare screen. Many monitors currently available are already equipped with low reflective screens.

What can you do to reduce eye strain?

The ability to focus on objects at various distances decreases with age (presbyopia). Commonly, by their forties people cannot clearly see objects at close range with the naked eye. This is a gradual change, and has to be regarded as an important component in designing visual environments, particularly when the job involves computer work. Uncorrected vision may be an additional source of eye discomfort. It may have further consequences resulting in aches and pains because of awkward postures or positions adopted to “see better”.

  • Check your vision every one or two years, as recommended by your Optometrist.
  • Provide your Optometrist with information about your job.
  • Consider using task-specific computer glasses.
  • Make sure your monitor is correctly set up.

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Depending on the amount of time you work at a keyboard, the kind of vision correction needed, and your personal preferences, your eye specialist may recommend bifocals, trifocals or even a separate pair of glasses for computer work.

Focusing your eyes on objects at the same distance and angle for prolonged periods of time can contribute to eye strain.

  • Every few minutes look away from the screen for a few seconds.
  • Look around.
  • Focus your vision on distant objects.
  • Blink several times.

Frequently “stretching” your eyes like this will prevent feelings of fatigue from accumulating.

Source: http://www.ccohs.ca/oshanswers/ergonomics/office/eye_discomfort.html

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Contact Lenses at Work..

What are contact lenses?

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Contact lenses are small, thin discs made of a transparent material. The outer surfaces are custom-shaped to correct or improve vision and the inner side is carefully formed to fit the surface of the cornea (the clear, front covering of the eye including the iris and pupil). Today, the lenses are typically soft (flexible) but hard (rigid) are still available.

Contact lenses can be a safe and effective way to correct vision for most people. However, people who wear them must follow the directions of their eye specialist – this care includes how long the lenses can be worn continuously, how they should be cleaned and stored, and the good hygiene practices to follow when wearing or handling the lenses.

Many people wear contact lenses because they prefer them to eye glasses – contact lenses do not slip down your nose or fog up in the wintertime. A few people, however, must wear contact lenses to have adequate vision (for example, after cataract surgery, or for medical conditions such as keratoconus – a deformity of the cornea).

Contact lenses can cause some problems that do not produce any symptoms that the contact lens wearer may not notice. For this reason, contact lens wearers should have regular checkups with a specialist who prescribes and fits contact lenses.

What is the controversy about wearing contact lenses at work?

Put as simply as possible, the problem is that, according to some people, contact lenses may complicate eye safety.

The arguments against wearing contact lenses in the work environment are based on the following:

•Dusts or chemicals can be trapped behind the lens and cause irritation or damage to the cornea or both;

•Gases and vapours can cause irritation and excessive eye watering; and

•Chemical splash may be more injurious when contact lenses are worn. This increased risk is related to the removal of the lenses. If removal is delayed, first aid treatment may not be as effective and, in turn, the eye’s exposure time to the chemical may be increased.

However, the opposite may be true as well. Contact lenses may prevent some substances from reaching the eye, and thus minimize or even prevent an injury. Both situations have been documented.

As a result, a wide range of opinions about the safety of contact lenses in the workplace has formed. More complete information is hard to find since occupational injury reporting systems do not typically include information about contact lens use.

The critical point to remember is that contact lenses are not intended to be used as protective devices. They are not a substitute for personal protective equipment (PPE) – if eye and face protection is required for certain work operations then all workers, including contact lens wearers, should wear the proper protective devices. Safe work conditions for all workers are only possible when basic occupational health and safety practices and procedures are followed.

Are there situations where it may be hazardous to wear contact lenses?

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While these conditions may be hazardous to both contact lenses wearers and to people who do not, contact lens wearers should be aware that certain conditions may make it necessary to avoid wearing their lenses. Each situation should be carefully investigated. These situations may include:

•Exposure to chemical fumes and vapours,

•Areas where potential for chemical splash exists,

•Areas where particulate matter or dust is in the atmosphere,

•Exposure to extremes of infrared rays,

•Intense heat,

•Dry atmosphere,

•Flying particles, and

•Areas where caustic substances are handled, particularly those used or stored under pressure.

In workplaces with ultra-violet and infrared radiation sources, users of contact lenses require protection just as persons not wearing contact lenses do. Contact lens types absorb infrared radiation. This effect is potentially more harmful to the soft lens wearer as it could alter the water balance of the contact lens.

Are some hazards specific to soft contact lens wearers?

Soft lenses are made from a type of plastic that contains a large proportion of water. The soft lense adheres more tightly to the cornea and does not have as much fluid motion as the hard contact lens. For these reasons, some researchers think the soft lens offers some, but not total, protection against entrapment of foreign substances between the contact lens and the cornea.

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The major risks for soft contact lens wearers are from chemical splashes and from hot, dry environments. Because of the high water content of the soft contact lens, some chemicals can pass through the lens and be held against the cornea by the lens itself.

Hot, dry environments can lead to problems because they can cause the tear layer (upon which the lens ‘sits’) to dehydrate . This situation results in eye discomfort.

Are some hazards specific for hard contact lens wearers?

Hard lenses are made from an impervious material. Increased risk may result if foreign substances, such as dust or small metal fragments, become trapped behind the contact lens. Since the hard contact lens floats on the tear film in front of the cornea (not in a fixed position), there may be an abrading action between the contact lens and the foreign substance that may result in injury to the cornea. Also, chemicals may become trapped behind the contact lens and held in place against the cornea. In dirty, dusty environments, the wearing of hard lenses may be more hazardous than soft contact lenses.

What are some other possible concerns when wearing contact lenses?

A contact lens wearer working alone or in a remote area may be at greater risk if hurt with an eye injury. The immediate removal of contact lenses may be important and the injured wearer may be unable to do this. Also, equipment (e.g., eyewash stations) and qualified staff may not be immediately available which, in turn, increases the risk of further damage.

Dislodgement or sudden loss of a contact lens is another problem. The first complication creates sudden changes in vision quality due to decreased visual acuity and blurring. These pose obvious dangers if dislodgement should occur at a moment when sight is essential for safety. The same problems could occur for wearers of glasses though contact lenses may be easier to lose and are more difficult to re-position.

Can contact lenses be worn in a hazardous workplace environment?

Be aware that contact lenses themselves do not provide eye protection in the industrial sense.

In any environment where industrial eye protection is required, contact lenses should not be worn, except under special medical circumstances (in consultation with a qualified medical professional). If individual medical circumstances require that contact lenses be worn in such environments, eye protection must also be used.

How do I identify eye hazards for contact lens wearers?

To ensure the safe use of contact lenses in the work environment, occupational health and safety principles must be applied to identify and control any possible hazards.

The most common hazards to contact lens wearers have been discussed. Quantification of hazards is difficult and a variety of complex approaches have been developed. However, the most useful way of evaluating the risk is to classify it as either acceptable or not acceptable.

If the risks of wearing contact lenses in a particular environment are found to be within acceptable limits, then the only course of action needed is ongoing monitoring of the situation.

If the risks are found to be unacceptable, then further action is required to eliminate existing hazards or to reduce hazards to acceptable levels.

 
Tips for wearing Contact Lenses at Work.

•Take special care to keep contact lenses clean. Follow the advice of your Optometrist.

•Discuss your work environment and any possible hazards with your eye care specialist.

•Make sure that fellow employees and the employer know that you are wearing contact lenses.

•Be alert for changes to the work process and changes to environmental conditions that may be hazardous to you.

•Keep eye glasses available for unforseen circumstances.

•Wear personal protective equipment whenever required.

•Learn about eye hazards and encourage your employer and joint health and safety committee members to do the same.

Source: http://www.ccohs.ca/oshanswers/prevention/contact_len.html

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Piovino Eyewear…lightweight.. durable…strong… allergy free… AMAZING..

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Super light. Super tough. Super Stylish. Absolute comfort.

Introducing the revolutionary Piovino …..

– the world’s lightest and most durable eyewear frame offering wide range of fashionable styles and colours to match your individuality.538071_405338049508316_115899445_n

Piovinos are ideal for both active and working lifestyles with an ultra-flexible bending capacity of 360° – without damage. Made from Ultem Thermo Plastic resin, Piovinos are resistant to extremes of heat and cold retaining their beautiful shape between an extraordinary -30 to 230°C. This high-tech material also weighs in at a super light 9g providing the kind of absolute wearing comfort that must be tried to be believed.

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Piovino is renowned for its extreme high-tech quality and lightness and are available exclusively at Ho Optometrist.

Now availaible exclusively at Ho Optometrist, Ipoh.

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Piovino鏡架 先進高科技

最新引入马来西亚的Piovino鏡架為韓國製造,它採用了美國航天太空高科技的記憶塑鋼材質Ultem所製成。Ultem原在航空、醫療等領域被廣泛應用,更經過FDA(Food and Drug Authority)認可,故安全性極高,亦是最安全的非金屬類眼鏡材質之一。這項新發明在美、韓、日、台等地已成功推出,十分受歡迎。

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極高韌度 彎轉不變型

Ultem是塑鋼材質,既有塑膠的韌性,又有鋼材的堅固,故Piovino鏡架堅靭而耐撞擊。只要先取下鏡片,便可以把眼鏡框架往後拉達360度彎轉而不變型或斷裂,其高度的柔靭程度,並非一般的膠製、鋼製的眼鏡可比,顧客再也不用擔心鏡框被壓壞、壓碎了。

Piovino眼鏡拉伸轉彎達360度

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九克重量 輕巧無負擔

一般鏡架約20至30克重,戴久了鼻樑會出現紅印,甚至有疼痛、疲勞的感覺;而Piovino眼鏡卻只有約9克重,比普通眼鏡輕出超過一半,鼻子和耳朵不再重負擔,讓佩戴者獲得絕對的舒適感。

獨特設計 適合亞洲人

很多在澳的亞洲人都抱怨說很難在澳洲本地眼鏡店配到合適的眼鏡。一般澳洲出售的眼鏡都是以西方人的臉形來設計,顧客若戴上這些眼鏡,鏡框會經常滑落。Piovino眼鏡則是為亞洲人度身訂造,特別適合亞洲人的臉形。

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無害安全 防敏抵冷熱

Piovino鏡架所採用的Ultem是一種具有安全性的高科技材質,防熱防冷,能夠在零下30度的低溫和230度的高溫下保持不變形。此外,它更具有抗菌、防敏功能,為敏感肌人士毫無顧忌地佩戴眼鏡提供了保障。

韓星追捧  時尚新潮流

Piovino鏡架的研發,就是為了讓佩戴者享受前所未有的舒適感,集輕巧、堅靭、舒適於一身。Piovino鏡架在韓、日、台等地推出的時候相當成功,受到很多人熱捧。因為Piovino 鏡架舒適之餘,亦不失時尚感。它的設計不單新穎,而且款式多樣,更有多種顏色、鏡框和承托架可供搭配,男女老幼皆宜,很多韓國男、女明星都喜歡戴著它上節目呢!

Piovino 现在已开始销售@ Ho Optometrist, Ipoh. 全怡保唯一专卖店。欢迎到来参观!

For enquiry, please email us at Ho_optometrist@yahoo.com or call us at 05-255 9185.

140, Jalan Sultan Idris Shah, 30000, Ipoh, Perak, Malaysia.

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Importance of Spectacle Adjustments…

Some thoughs to share among practitioners….

Ever wonder the reason why sometime patient’s chief complain for discomfort about the new pair of spectacles even though the prescription is all EXACTLY the SAME?

Question is… how similar is the fitting and design of the previous with the new frame… even given so its the same model and fit… still some will tell you its just not feeling right…..temple adjustments

Therefore, it is vital to check the fitting and adjustments of the frame.. In most cases for troubleshooting, a few tweaks will do the job. Just check the few areas if the lens is aligned… balanced? Any lobsided when the patient is wearing the spectacles? Is it pressing too much on either one side or both… Is the pantascopic tilt suitable and when the patient glances down towards the bottom of the lens, is the vertex distance ok? Is the nose pad fitted alright?

So… a good adjustment and fitting on a pair of spectacles is as important as the accuracy of the prescription… It doesn’t work if you have the best driver with a badly aligned car, right?

Helpful Adjustment Hints:

  1. Always hand a patient a new frame that is in standard adjustment.
  2. Keep all frames on the modules in good adjustment and clean.
  3. Always pre-adjust a frame before taking any measurement.
  4. Take time to ensure sure all adjustments are correct.
  5. Recommend that the patient return regularly for adjustments.
  6. Never put an anti-reflective lens in the frame warmer. Remove the lenses from the frame prior to heating.
  7. When adjusting frames always use a padded pliers or towel to protect the frame from scratches.
  8. When replacing nose pads, protect the lenses from scratches in case your pliers slip.
  9. Place the frame on a flat surface to prevent the screwdriver from slipping.
  10. Never put an anti-reflective lens in the ultrasonic cleaner.
  11. To loosen a locked screw, heat the screw in the warmer and melt wax around the screw.
  12. Don’t get discouraged!

Below are some explainations about some terms. Cheers.

DEFINTIONS:

Pantoscopic – the lens bottom is rotated towards the cheeks.

Retroscopic – The lens bottom is rotated away from the cheeks. Rotation of the lens, around the horizontal axis occurs in frames at the hinge so temples mounted at the top of a frame are rotated like the above illustration.

Lens tilt improves the way a lens works and contributes to how good a pair of glasses looks on the patient. Tilt is dependent on the interaction of the heights of the ears and bridge of the nose. So, even though a new frame has about 7 degrees of tilt when manufactured once lenses are added the frame may not appear to have any tilt at all unless it is well adjusted to the wearer beforeany measurements are taken.

So, when taking measurements for freeform or digitally enhanced lenses, place the frame on the patient, make sure the frame front is straight and lenses have about 10 degrees of tilt. The amount of tilt should look good i.e., correct for the way that this patient wears this frame.

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NO GLARE – POLARIZED LENSES

Have you ever wondered how does a pair of Polarized Sunglasses work?

Well below are some information that shows how it work…………

GLARE CONTROL

The first difference when you put on a Polarized lenses is GLARE CONTROL.

Glare knows no season so its  recommend glare protective eyewear to all patients all year round. This top quality sunwear or outdoor eyewear protects patients from the more troublesome types of glare that is so annoying that makes one squint or even put a hand up as a shelter, worst still closes your eyes or turn away.

Many lenses in the market such as medium to dark tints and photochromics can help with these. However, only polarized lenses has this amazing ability that can eliminate  blinding glare by

absorbing sunlight reflecting horizontally off

water, glass, snow or sand. Light is horizontally reflected when it hits flat surfaces.

POLARIZING TECHNOLOGY

Crystals in the film embedded in polarized lenses are arranged to create a vertical polarizing filter that absorbs the blinding horizontal rays letting only the useful light through.

Polarized lenses improve contrast and enhance the visibility of all colors.

Polarized lenses provide 100 percent protection from harmful UVA and UVB rays.

POLARIZING PEARLS

Verify the axis of a polarizing Rx lens by using a plano polarized lens held with its polarizing axis vertical (at 90 degrees). If the Rx lens’ polarizing axis is correct (at 180 degrees), the two polarizers when crossed at 90 degrees will be black.

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World Sight Day 2012

World Sight Day

11 October 2012

 

World Sight Day is an annual day of awareness to focus global attention on blindness, visual impairment and rehabilitation of the visually impaired held on the second Thursday in October.

World Sight Day is observed around the world by all partners involved in preventing visual impairment or restoring sight.  It is also the main advocacy event for the prevention of blindness and for “Vision 2020: The Right to Sight”, a global effort to prevent blindness created by WHO and the International Agency for the Prevention of Blindness.

World Sight Day is a global event that focuses on bringing attention on blindness and vision impairment. It is observed on the second Thursday of October each year.

What do people do?

The World Health Organization (WHO), which is the UN’s directing and coordinating authority for health, and the International Agency for the Prevention of Blindness (IAPB) are actively involved in coordinating events and activities for World Sight Day. Associations such as Lions Clubs International have also been actively involved in promoting the day on an annual basis for many years. Many communities, associations, and non-government organizations work together with WHO and IAPB to promote the day for the following purposes:

  • To raise public awareness of blindness and vision impairment as major international public health issues.
  • To influence governments, particularly health ministers, to participate in and designate funds for national blindness prevention programs.
  • To educate target audiences about blindness prevention, about VISION 2020 and its activities, and to generate support for VISION 2020 program activities.

Some people plant trees to commemorate World Sight Day and while others submit a photo for an international photo montage that focuses on the theme of blindness. Other activities include taking part in awareness-raising walks or distributing and displaying posters, bookmarks, booklets and other forms of information the raise awareness about preventable blindness.

Public life

World Sight Day is a global observance but it is not a nationwide public holiday.

Background

The world’s population is ageing and people are living longer but blindness from chronic conditions is also rising, according to WHO. About 80 percent of the world’s 45 million blind people are aged over 50 years. About 90 percent of blind people live in low-income countries, where older people, especially older women, face barriers to getting the necessary eye health care. Yet, many age-related conditions leading to blindness – such as cataract, refractive error and glaucoma – can be easily and cheaply treated or cured. Timely intervention can often delay or reduce their effects on vision.

Lions Clubs International partnered with blindness prevention organizations worldwide to commemorate the first World Sight Day on October 8, 1998. This event was later integrated into VISION 2020, a global initiative that the IAPB coordinates. This initiative is a joint program between WHO and the IAPB. It involves non-government organizations, and professional associations, as well as eye care institutions and corporations.

http://www.who.int/mediacentre/events/annual/world_sight_day/en/index.html

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