bonding-IQBoard

IQTouch incorporates optical bonding technology into the interactive flat panel for the best user experience. The benefits of an optical bonding touch screen are that it provides a better viewing and a more accurate touch experience for users. IQTouch optical bonding display includes HA1100 Pro.

IQTouch HA1100 Pro

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Discover Optical Bonding

What is Optical Bonding? -- Dive into the world of clearer displays

Optical Bonding is an advanced process that enhances display visibility and durability by filling the air gap between the LCD module and the cover glass or touch panel with a layer of resin, thereby minimizing reflections, increasing light transmission, and providing a clearer, more robust screen suitable for diverse environments.

B.How does it work? -- The secrets of the game-changing tech

The general step-by-step of bonding can be summarized as follows:
1. Preparation: Clean components and select adhesive based on display specs.
2. Adhesive Injection: Uniformly apply a proprietary blend of silicone, epoxy, or polyurethane.
3. Bonding and Curing: Bond the layers with precision, using UV light for a shrinkage-free cure.

Why Choose Optically Bonded IQ's Display Systems?

Optical bonding offers distinct advantages over conventional methods. We present the most important features below.

How optical bonding affects display quality? How optical bonding affects the user experience?

Vivid Image Quality

Reduces light reflections and enhances contrast.

No Light and Shadow Effect

Optical bonding shows no light and shadow effect.

Without optical bonding

Appears light and shadow effect

VS

With optical bonding

Shows properly

Maximum Viewing Angle

Achieve a 178-degree viewing angle by eliminating the reflective air gap, ensuring uniform image clarity across the entire display surface.

Without optical bonding

Blur

VS

With optical bonding

Text shows properly

Most Accurate and Fluent Touch Experience

Ensure the most accurate and fluent touch experience by eradicating air gaps that cause touch distortions, unlike traditional air bonding.

No Condensation & Contamination Problem

Prevents moisture and dust penetration for clearer images.

Super Safe Glass, Shock Absorbing, Extra Durable

Increases mechanical durability, in the unlikely event of glass breakage, the fragments firmly adhere, ensuring safety.

Screen Sharing Way in Different Systems

	Optical bonding	Air bonding
Principle	Completely fill the air gap by optical glue	Edge lamination with air gap
Transmittance	0.94	0.87
Features	Higher Brightness No light and shadow effect No Newton's rings effect	Lower Brightness Light and shadow effect appearance Newton's rings effect
Illustration	Optical bonding coating creats a single index of refraction, which eliminates internal reflection	Air gap creats at least 3 different index refraction, which gives 3 different reflections.

Optimal Applications for Optical Bonding

Optical bonding's superior performance is increasingly sought after for applications demanding robust environmental resilience, from smartphone and interactive displays to critical industrial uses. Some industries that benefit from optical bonding include:

medical displays for clear, reliable imaging,
food industry applications requiring dust and moisture protection,
outdoor displays needing glare resistance,
industrial strength Human-Machine Interfaces (HMIs),
military, marine, offshore, aviation, freight, and logistics sectors.

Optical bonding is the preferred technology in industries where display performance and reliability are critical, providing a competitive edge through its advanced protective capabilities.

FAQ

Q: How does optical bonding enhance user experience?

By maximizing display clarity and minimizing glare, optical bonding ensures optimal readability and interaction quality.

Q: What environmental benefits does optical bonding offer?

It provides protection against dust, moisture, and temperature extremes, ensuring display reliability in any setting.

Q: How does optical bonding impact the durability of a display?

The process strengthens the display against physical impacts and extends its service life, making it ideal for high-traffic and harsh environments.

Q: Can optical bonding improve touch screen responsiveness?

Yes, it reduces the distance between touch sensors and the display, leading to more accurate and responsive touch interactions.

Q: Is optical bonding a sustainable choice for display technology?

It offers a long-term solution by increasing the durability and lifespan of displays, reducing the need for frequent replacements.

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