Touch Screen Large Monitor | Capacitive Touch

Specifications:

How to Solve the Problem of Inaccurate Touch Control？
1.Adopts full lamination technology to remove the intermediate air layer, perfectly integrating the touch screen and LCD optically. It eliminates parallax caused by air refraction, achieves point-to-point alignment between touch and display, and completely solves touch offset and misalignment issues.

2.Adopts G+G tempered glass touch structure with minimal structural deformation and high flatness. It is not prone to interlayer displacement caused by heat or vibration, maintaining stable touch accuracy without drift during long-term operation.

3.Micron-level alignment calibration process. Strict optical alignment and touch coordinate calibration are implemented at factory production, eliminating inherent parallax and offset caused by assembly deviation.

4.Industrial-grade high SNR touch chip supports stable touch operation under wet hands, water droplets and condensation conditions. It suppresses capacitive interference from water residue and thoroughly eliminates touch drift, false triggers and random tapping.

5.Optimized touch sensing threshold algorithm supports direct operation with thick gloves made of cotton, rubber and leather. It enables precise tapping and sliding without taking off gloves, perfectly adapting to industrial workshops and outdoor operation scenarios.

How to Improve Anti-Interference Capability？
1.Adopts an integrated structure with a metal middle frame and reinforcing ribs to strengthen the fixing strength of the screen. It delivers excellent vibration and impact resistance, preventing the screen from cracking, warping or delaminating under vibration.

2.Dual protection design with adhesive-locked fixing screws and spring washers, preventing screw loosening and equipment disassembly caused by long-term bumping and vibration.

3.Internal flexible cables are fixed with buckles and compressed by high-temperature resistant shockproof foam, avoiding cable loosening, poor contact, black screen and malfunction caused by vibration and pulling.

4.Double-layer tempered glass structure features excellent impact resistance and bending resistance, shockproof and crack-resistant. Combined with full lamination using high-strength optical adhesive, it prevents delamination and debonding between layers, perfectly adapting to long-term vibration environments.

5.Silicone shock-absorbing buffer gaskets are installed around the screen to cushion bump and impact energy, isolate the transmission of overall vibration to the screen, and protect the touch panel and LCD from vibration damage.

FAQ
1.Can this display work stably in strong outdoor sunlight?
Yes. It uses a 2000 cd/m² high-brightness LCD and full lamination technology to eliminate air-layer refraction, ensuring clear visibility even under strong sunlight.

2.How does it prevent scratching and breakage in public areas?
It adopts a 2 mm thick tempered glass cover and G+G touch structure, which are scratch-resistant, impact-resistant and highly durable for long-term public use.

3.Will the touch be inaccurate or drift after long use?
No. With micron-level alignment calibration, full lamination and industrial-grade touch chips, the touch remains precise and stable without offset or drift.

4.Is it usable with gloves or in wet conditions?
Yes. The optimized algorithm supports thick gloves, wet hands, water droplets and condensation, ensuring stable operation without mis-touch.

5.Can it withstand vibration and shock in industrial environments?
Yes. It uses a metal frame with reinforcing ribs, shock-absorbing gaskets, screw anti-loosening design and reinforced cabling, making it highly reliable under long-term vibration and bumping.

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