Applications for ESI Custom Display Filters

Eyesaver International (ESI) optical filter applications

There are countless applications for Eyesaver International (ESI) custom-applied optical filters
.

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Eyesaver International (ESI)
Applications for Optical Filters

ESI filters and coatings can be applied in countless applications ranging from ATM machines and LCD monitors to plasma displays and instrument panels. Whenever improved optical clarity is necessary, or when environmental conditions demand special treatment of the display, ESI is equipped to recommend and deliver the properly specified coating(s) to ensure optimal performance. ESI optical filters and coatings include anti-reflective and anti-reflective/anti-glare filters, heat rejecting filters, privacy filters, and ruggedization filters. Optical filters can also be applied for brightness enhancement and/or contrast enhancement. These filters can be applied to various substrates including glass, plastic, and acrylic. A few of the specific applications for ESI filters, coatings, and films are listed below.

More ESI custom optical filter applications

Possible applications range from LCD screens to handheld devices and instrument panels
.

LCD / CRT / LED / Plasma Displays

Digital Signage LCD Display

LCD and plasma displays use optical filters to improve image quality.
Various optical displays for television and digital signage benefit from optical films and optical filters. These filters help to improve readability by increasing brightness, enhancing contrast, reducing glare, and increasing viewing angles.

Various optical filters can be applied to LCD displays, including these:

 

Touch Panels / Touch Screens

Touch screen / touch panel optical fiilters from ESI

ESI integrates display filters for touch panels
and touch screens.
Touch panels and touch screens can benefit from many different optical filters. ESI specializes in touch screen integration using die cut VHB tape with precision placement and calibration. Custom film filters that can be laminated to touch screens include IR films, ITO films, AR films, AR/AG films, and conductive mesh films.

Various optical filters can be applied to touch panels and touch screens, including these:

Mobile Computing / GPS Displays

GPS Filters

GPS system screens depend on glare reduction for readability in daylight and at night.
GPS systems are often used in daylight, with readability being of utmost importance.

Various optical filters can be applied to mobile computing devices and GPS displays, including these:

Personal Computer Displays

Optical filters for personal computers of all types

Personal computer screens of all types utilize ESI filters for image clarity and privacy.
The popularity of personal computers is immeasurable. People depend on their computers for business and entertainment, and a clear display image is expected. ESI filters are used on computer screens of all types to ensure readability in various lighting conditions, as well as for privacy.

Various optical filters can be applied to mobile computing devices and GPS displays, including these:

ATM Machines

Vandal Resistant Glass on an ATM Machine

ATM commonly use vandal-resistant and anti-reflection / anti glare optical filters.
ATM machines are often located in busy, outdoor, and/or unsupervised locations. These conditions make the display susceptible to heavy use, sunlight, and vandalism. ESI provides special coatings and films which reject heat, minimize glare, ensure privacy, and protect glass from vandalism. With a combination of ESI optical filters, a rugged display can also be practical and user-friendly.

Various optical filters can be applied to ATM machine displays, including these:

Instrument Panels

Display ernhancements improve readability of instrument panel displays

Instrument panels depend on optical display filters to ensure readability in various lighting conditions.
Display enhancement is critical when important information is being displayed in a control situation. ESI filters are used to improve brightness and contrast, making instrument panel displays optimized for viewing.

Various optical filters can be applied to instrument panel displays, including these:

Outdoor Displays / Digital Signage

Infrared (IR) Rejecting / Rejecting Filters are used on various outdoor displays including gas pumps

Gas pump screens and other outdoor displays depend on various ESI display filters for sunlight protection, readability, and durability.
Gas pumps are just one outdoor application where display filters are important. Heat rejecting filters help to minimize heat buildup (and subsequent display damage) in direct sunlight.

Various optical filters can be applied to outdoor displays and digital signage, including these:

Industrial Displays

Industrial display

Industrial displays use filters to ensure durability and readability in aggressive environments.
Industrial displays can be found in many different applications such as automation, transportation, gaming, and self service kiosks. ESI offers many custom products that are designed into industrial displays.

ESI’s most popular products for industrial monitors are:

Military Displays

Military display

Military displays utilize optical filters to ensure optimal display performance in harsh environmental conditions.
Military displays require the highest level of display brightness and quality. Many military display applications also require EMI shielding and display ruggedization. Typical applications for military displays include avionics, defense, and ruggedized laptops for ground military troops and mobile transport. It is of the highest importance that these displays can be viewed in any condition and withstand extreme environments.

ESI offers the following products for military displays:

Medical Displays

Medical display

Medical displays of all types depend on various filters to eliminate disturbance, reduce glare, and ensure privacy.
ESI provides filters for medical displays ranging from ultrasound stations, patient monitoring systems, and diagnostic equipment. Medical displays require high quality display enhancements and filters to help protect proprietary patient information and to deliver clean, sharp images. Some medical displays in hospital environments also require EMI shielding to avoid electrical interference.

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