Industrial and outdoor application environments impose stringent requirements on touch accuracy, brightness performance and anti-misoperation capability. Besides, high environmental adaptability is also a must for such products.
How do we tackle these technical challenges? And what certification qualifications have our products obtained for verification?
Specifications:
| Input Mode |
Handwrtten or capacitive pen |
| Interface |
HDMI/VGA/DC |
| Operating Temperature |
-20°C ~ 70 °C |
| Humidity |
10%-90% |
| Life Time |
50000h |
| Light Transmission |
85% |
| Anti-interference |
EMI/EMC interference detection standards |
| Contrast Ratio |
1000:1 |
| Angle of View |
89/89/89/89 (L/R/U/D) |
1.For LCD selection: We adopt
1500 nits high-brightness LCD panels. The screen remains clear, transparent and vivid even under outdoor exposure or direct strong sunlight, with no whitening or graying effect, delivering excellent visibility even in direct daylight.
2.Coating solution: The surface glass is applied with
AG anti-glare matte coating, which effectively diffuses strong ambient light and eliminates mirror reflection. It avoids large reflective white spots caused by outdoor scenery, indoor lights and direct sunlight, greatly improving screen readability and visual clarity.
3.
In terms of lamination process: We adopt OCA optical glue full lamination technology, which bonds the touch panel and LCD seamlessly. It eliminates the air gap between layers, reduces light reflection, enhances contrast ratio, delivers purer color reproduction, and greatly improves display clarity under strong sunlight.
How to Prevent Accidental Touch of 10.1 Capacitive Touch Monitor?1.
Algorithm optimization: We enable the palm rejection algorithm. It can automatically recognize large-area contact from palms, sleeves and wrists, and shield such invalid touches without response. Only precise small-area fingertip touches are identified, effectively improving overall touch accuracy.
2.We adjust the touch sensitivity threshold and increase the trigger pressure to filter out light touches such as water droplets and dust, avoiding false triggers. This effectively improves the accuracy and reliability of the touch control.
3.An EMI shielding layer is added at the bottom of the touch panel to resist industrial electromagnetic interference and power interference, effectively preventing false touches and ghost points.
FAQ
1.What measures are taken to ensure accurate touch operation in outdoor or industrial environments?
We adopt palm rejection algorithm, adjustable touch sensitivity threshold, and EMI shielding layer to effectively avoid false touches and ghost points, ensuring stable and precise touch control.
2.How does your display guarantee good visibility under strong sunlight?
We use 1500 nits high-brightness LCD, AG anti-glare coating, and OCA full lamination technology to reduce reflection and keep the screen clear without whitening or graying in direct sunlight.
3.Can your touch screen resist water, dust and light external touches?
Yes. By optimizing the touch sensitivity threshold, our touch screen can filter out false triggers caused by water droplets, dust and light touches, greatly improving reliability.
4.How do you solve interference problems in industrial applications?
An EMI shielding layer is added to the touch panel to resist electromagnetic interference and power interference, effectively eliminating ghost points and abnormal touch operation.
5.What advantages does OCA full lamination bring to the display?
OCA full lamination eliminates the air gap between TP and LCD, reduces reflection, improves contrast and color purity, and significantly enhances display clarity especially under strong light.
