Optical bonding is a well-established technology which dramatically reduces the internal reflections produced between the coverlens, sensor and display layers by filling the air gaps in between those layers with optically clear adhesives.
This makes a huge difference to screen readability, especially in brightly lit ambient lighting and outdoor environments. Optical bonding also prevents condensation forming in between layers and improves mechanical shock resistance. Read more about our Optical Bonding Service
Different applications require difference glass strengths and thickness. Glass thickness ranges from 0.7mm to 10mm and can be chemically strengthened or toughened for harsh environments.
The Coverlens itself can fit the display or be made oversized to extend the touch area and allow easy integration of the display into your enclosure.
Anything can be printed onto your cover glass, from a company logo to functional icons which can be permanently visible or hidden until lit.
We can offer a range of films and filters to reduce glare and reflection, including o-film to increase viewing angles and moth-eye film, which is a lower cost alternative to our full optical bonding service.
In addition, we also offer coatings which can protect your display from scratches and scuffs or privacy filters to guard sensitive information from passers-by.
We have a wealth of experience in producing stunning custom Coverlens solutions. Challenge us today.
LED chips are soldered directly to a PCB board and then epoxy encapsulated. The chip form LEDs shine directly toward the LCD display and through a diffuser on the front surface of the backlight to evenly distribute direct light.
LED arrays are often used on the smaller low-information content displays, such as character displays and simple monochrome icon-based TN display types. They’re typically used in the yellow-green color range because this provides the maximum light output at the lowest cost.
In contrast to LED arrays, the edge lit LEDs are formed around the rim of the screen, using a special diffusion panel to spread the light evenly behind the screen. This accomplishes a uniform backlight system where the entire surface is the same luminance independent of the actual distance from the LED light source.
The level of ambient light in which your display is being used will determine the brightness of the backlight. By optimising your display backlight design you'll make sure that your display readability is enahnced in diverse situations.
Backlight choice obviously depends on specific application, performance requirements and electrical considerations.
The versatility of the Liquid Crystal Displays (LCD) has meant that many technological forms have emerged each with their own optical unique properties.
Not sure what's the best option for your application? Discuss your requirements with us!
These displays have tiny transistors embedded into each pixel of the display, individually controlled by the display’s drive system.
There is no doubt the OLED represents a revolutionary step in display technology. Benefits include:
Highly reliable and versatile, they are continually evolving and offer low cost solutions with completely flexible designs - ideal for industrial and smart metering applications.
VA Displays are the next level in segment displays.
We aim to offer reliable and long-term solutions to our B2B customers. If you are a business and would like to discuss your display and/or embedded system requirements please contact us below