13.3 Inch Touch Panel

I 、 Description II 、 Touch screen customization: Touch screen customization; flexible, thin and light weight has become the development trend of the future touch screen. Flexible, thin, light weight has become the future display and touch screen development trend. This trend means that...
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Product Details

IDescription    

Specification

Model No.

XHC-133061-USB

Panel Size

13.3” inch

Construction

LENS

323.4mm*195mm

OCA

LOCA 0.2mm

SENSOR

ITO glass 0.7mm

FPC

Flexible flat cable 0.3±0.03mm

Mechanical Characteristics

Outline Dimension(mm)

323.4mm*195mm

View Area(mm)

293.4mm*165mm

Thickness

2.9±0.15mm

Input Method

Finger or conductive pen

Hardness

≥6H 7H 9H options

Accuracy

+/-1mm@10mm

Interface

IIC USB RS233

Touch points

10 Touch points,others options

Electrical Characteristics

Operating Voltage

DC 1.8 V, 2.8V, 3.2V,5V options

Insulation Resistance

>20MΩ  At DC 25V

Response Time

<5ms

Optical Characteristics

Total Transmittance

>85%  >90% options

Total Haze  

<3%

Processing Environment

Operating Temperature

-20℃~+70℃

Operating Humidity

≤90%RH

Storage Temperature

-30℃~+80℃

Storage Humidity

<90%RH

IITouch screen customization:      

Touch screen customization; flexible, thin and light weight has become the development trend of the future touch screen.

Flexible, thin, light weight has become the future display and touch screen development trend. This trend means that production equipment and technology need to be constantly upgraded to meet the growing market demand and to open up more innovative applications. Global smartphone vendors are focusing on products, and the market is becoming increasingly competitive.As the key component of smart phone, touch screen becomes the new direction of differentiation of smartphone manufacturers. The technology of OGS, in-cell and on-cell panel has become more and more popular, while surface, flexibility, high resolution, sapphire and holography have also become the focus of mobile phone manufacturers. Competition in the smartphone industry has raised new challenges for touch-screen technology and equipment.

We have learned, as required by the lightweight with a low cost, brand companies are import diaphragm touch technology, and the production mode of traditional film type touch screen is used more single semi-automatic production mode, takes up a lot of artificial, not easy to control quality. Manz has proposed a full automatic production mode for volume, providing higher production efficiency, more precise manufacturing process, and reducing labor costs.

On the other hand OGS in glass strength demand more and more high, under the trend of traditional cutting knife wheel will encounter bottlenecks, Manz the wisdom of laser cutting technology, is of strong corresponding high depth (DOL = 50 um) reinforced glass, at the same time can achieve high production speed 5 m/SEC.

From the above phenomena, it can be seen that only unique innovation and hard technology can establish a firm foothold in the touch screen market.

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