The Benefits of a Custom Glass Touch Screen
A Custom Glass Touch Screen is the ideal way to provide an interactive experience in a storefront environment. The interactive display works through the glass and provides a unique customer service solution that engages potential clients.
There are a number of different types of glass that can be used for custom touchscreens. Each type offers different benefits for specific applications.
Transparency
Transparency is a word that means “shining through.” It is often used to describe a glass or other transparent material. It can also refer to something that has a picture or design on it that can be seen when light shines through it, such as a slide.
In business, transparency means being open about a company’s financial reporting and how it conducts its operations. This can help investors make decisions about how to put their money in a certain company. It can also protect the reputation of a business from bribery and corruption, as well as keep employees informed about their role in an organization’s goals.
The first step to a successful implementation of transparency is understanding what it is and why it is important. It is especially crucial in the case of a company’s internal communications, where transparency is key for employees to understand their role within an organization’s strategic plan and how their actions contribute to that strategy.
A Custom Glass Touch Screen is a great option for projects where a transparent solution is needed, such as a storefront window display or refrigerator door. It allows customers to navigate through your company’s directories, products and promotions with a simple tap of their finger.
There are different types of touchscreens, including capacitive and resistive. Capacitive touch screens have no moving parts and work by depositing conductive grids on two layers of transparent material. They connect to electronics that can sense a drop in voltage when the layer above it (typically glass) is touched.
Resistive touch screens use a similar method, but instead of conductive grids, they have transparent conductors that connect to a clear dielectric dot (spacer layer). When the dot comes in contact with the top layer, it will push a drop of voltage onto the bottom layer.
Impact resistance
A Custom Glass Touch Screen is an ideal option for kiosks, industrial control panels, and other user interface devices. These touch screens are durable and can withstand heavy use in harsh environments.
These substrates are available in various thicknesses and finishes for optimal performance. They Custom Glass Touch Screen can also be tempered or chemically strengthened to increase their impact resistance.
The touch sensors themselves are often made of glass, but a film layer is commonly used as the top surface to provide a clearer and more readable touchscreen. However, this layer can be susceptible to scratches and can expand or contract based on temperature, which alters the distance between the two layers and affects touch accuracy.
In addition, the film layer can become uneven and reduce viewability, requiring recalibrating or replacement of the touch screen over time. Additionally, the touch screens often need to be paired with a controller or other electronics to operate properly.
For this reason, it’s important to choose a cover lens material that will provide the best protection for your system. For instance, soda lime, super glasses, or PMMA are ideal options for public-facing systems and can be ruggedized with chemical strengthening and substrates that improve impact resistance. These materials are also available with specialized films or coatings, like AG (anti-glare), AR (anti-reflective), and AF (anti-fingerprint) to improve their performance.
Anti-reflective coating
Anti-reflective coating, also known as AR coating, improves the vision of eyeglass wearers and reduces the amount of glare that appears on their lenses. This reduces eye strain, helps you see better and makes your glasses look more attractive.
An anti-reflective coating is a thin film that prevents light from reflecting off of a surface. This can be done by a single layer that blocks a specific wavelength, or by multiple layers that prevent reflection across a wide range of wavelengths.
In order to minimize the amount of reflection on a surface, an anti-reflective coating is typically placed over a touch panel. The film is made up of a number of transparent materials, each of which has a different light reflection rate.
As a result, the light waves reflected by the AR film coherently add an amplitude to the waves at the boundaries of each material, reducing the overall reflection rate. The amplitude of each wave is then transmitted across the film, preventing reflection on the touch screen surface.
The GUNZE low-reflective touch panels utilize an advanced AR technology that prevents light from reflecting off of the panel. This reduces glare, makes the panel more durable and allows for pen and finger input.
This technology can be applied to a variety of display surfaces, including the front and back of the glass. It also improves the appearance of the display, as it eliminates fingerprints and repels water and liquids.
This technology is especially useful in high-traffic environments, where it is crucial to ensure that the touch surface doesn’t become dirty or scratched. In addition to minimizing the appearance of fingerprints, it can help protect the display from damage and scratching.
Anti-glare coating
Anti-glare coating, also known as AR (anti-reflection) or AG (anti-glare), improves vision and reduces eye strain. It eliminates reflections from the front and back surfaces of your lenses, allowing more light to reach your eyes.
In contrast, a uncoated lens only reflects about 10% of the light that enters your eye. This is why anti-glare coatings can make it easier to see objects clearly, especially in bright conditions or at night.
As a result, AR coatings help you to see better when reading, watching TV, and using your computer. They also protect your eyes from the harsh glare of street lamps, car headlights and other sources of light.
The best anti-glare screens are able to block a large amount of light reflections that can significantly interfere with your screen’s ability to display a clear image. This can be particularly important for touch screens that are used in bright environments, such as outdoor settings.
Moreover, an anti-glare coating can significantly Custom Glass Touch Screen reduce the appearance of oil stains and fingerprints, making it much more difficult for you to leave these marks on your custom glass touch screen.
This makes the overall appearance of your screen more clean and stylish, and increases its longevity by reducing the number of oil stains and fingerprints it accumulates over time.
The anti-glare coating of our custom glass touch screens can also be enhanced with a blue light blocking coating, which diminishes the frequency of the light commonly emitted from digital devices. This can help to decrease your eye strain and improve your productivity.
Chemically strengthened glass
Unlike thermally tempered glass, chemical strengthening can be applied to much thinner sheets of glass. This allows manufacturers to use a wider range of glass thicknesses in a custom glass touch screen.
During the process, a glass sheet is submerged in a bath of molten salts (typically potassium nitrate), which replaces sodium ions with larger potassium ions. The difference in ion size, which varies depending on the chemical composition of the salt, creates compressive forces that toughen the surface.
The chemically strengthened glass used in custom glass touch screens is a strong, durable glass that’s designed to resist scratches and other forms of damage. It’s often used in place of heat tempered glass in a variety of applications, including display panels and touch screens.
Chemically strengthened glass is available in a wide range of colors, styles and finishes. These include extra clear, etched, transparent and color-printed.
Aside from its high strength, chemically strengthened glass also provides a superior level of optical clarity. This is especially important when it comes to display panels and touch screens, as these types of applications require the highest levels of transparency.
Furthermore, chemically strengthened glass is up to eight times stronger than annealed float glass. This means it can resist more impacts and breakage than annealed glass, which is important to consider in design.
This type of glass is typically used in display cover glass, such as for digital cameras and cell phones. It also serves as the back of tablet and laptop computers and other devices. Since the surface of these devices is prone to damage from everyday items, it’s crucial to ensure that the surface of the glass is highly resistant to scratches and other forms of damage.
