touch screen panel manufacturing process

Touch Panel Control

A touch screen, also known as a touch screen or touch monitor, is a tool that allows us to operate a computer by direct touch. Precisely through the use of internal sensors, the user's touch can be detected and then converted into commands and thus into visible functions. This kind of control system is particularly suitable for human-machine interface applications and can be seamlessly integrated on multiple platforms, such as Android, Windows, PC, etc., to provide users with a smooth and intuitive interactive experience. From a technical perspective, Touch Panel Control emphasizes quality control and innovative engineering.

TFT Touch Screen Display Technical parameter

Structure type
G+G
Touch Type
PCAP,10 Points Touch
Glass
T=3.0mm ,AG+AF Treatment Surface Hardness≥6H
Material
Glass+Glass/Glass+Film+film
Light transmission
≥80%
Resolution
4096 X 4096
Operating temperature
20℃~+80℃,¡Ü85%RH
Interface
USB,RS232
Storage temperature
-30℃~+80℃,¡Ü85%RH
Certificates
CE,FCC,RoHS
Regular Size
2.0"-65"
Support Systems
Windows,Android,Linux

TFT Display Touch Screen Characteristic

High
Temperature Storage

80ºC,240hrs, Normalized for 24 hrs

Low
Temperature Storage

-30ºC,240hrs, Normalized for 24 hrs

Temperature
/ Humidity Storage

60ºC/90% RH,240hrs normalized for 24 hrs

Thermal Shock

-40 ~ 85℃, 60 Mins/cycle , Total 30 Cycles, Normalized for 2 hrs

Hitting life

35,000,000 timesHitting test may cause surface slight scratch yet the function stays intact

Industrial and Medical Touch Screen Display Manufacturers

The capacitive touch screen has high definition, smooth operation, and fast response. It can accurately capture the touch position and trajectory of fingers or other conductive objects. It supports multi-touch, allowing users to perform various gesture operations on the display. We also include customized projects from touch panel hardware to controller software, providing complete technical support and high-quality one-stop service. Widely used in industrial equipment, POS machines, military, computers, car navigation, medical care, ships, smart equipment, mobile phones, commerce, smart home appliances, etc. Supports Android, Windows, Linux, Unix and Mac operating systems

 

Our company is a reliable custom touch panel manufacturer and supplier, we have the best touch screen panel manufacturing process that can provide users with different sizes of resistive touch screen panels and capacitive touch screen panels. Resistive touch screen panels use pressure to detect touch, while capacitive touch screen panels use the electrical properties of the human body to detect touch.

 

Why Choose EOTSZ

 

EOTSZ is a professional resistive touch panel manufacturer and capacitive touch panel manufacturers, The resistive touch screen panel and capacitive touch screen panel are common touch screen technologies with different principles and characteristics. The resistive touch screen panel adopts the structure of two layers of conductive materials separated by a layer of insulating material. Touch events are detected by applying pressure to make the two layers of conductive materials contact. It has the characteristics of good durability and low price; while the capacitive touch screen panel uses the capacitive principle detects touch events, has higher sensitivity and multi-touch function, but is sensitive to environmental factors such as water and dust, and the cost is relatively high.

PC Touch Panel Solution Manufacturers

We are a professional supplier of customized touch screens. We accept customization of various appearance sizes and shapes of cover glass, ITO glass, and LCD screens. We can also provide customers with drawings or products for sample production to achieve one-stop service.

 

Main processes and characteristics of touch screen manufacturing process

 

Process characteristics

1. The minimum wiring of the sensor bank can be 0.1~3MM
2. The perforation diameter of the cover glass can be R1~R2
3. Glass glass treatment AG glass/AF glass/AR glass/antibacterial glass

 

Routine process

1. Traditional technology, silk screen printing technology;
2. Ordinary laser engraving process;
3. Precision laser engraving process, 20um~50um;
4. Chip-level exposure (yellow light) process;

Medical

New Retail

Human Machine Interface

Outdoor Display

In-vehicle Applications

Human-machine Interaction

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