With the rapid development of science and technology, LED display technology is also constantly innovating and breaking through.
Among them, Slim LED display is gradually becoming the new favorite display technology with its unique advantages.
It has not only realized a major breakthrough in thickness, but also shown excellent performance in terms of picture quality and energy consumption.
Therefore, Slim LED display has been widely used in many fields, bringing great convenience and enjoyment to people’s life.
At the same time, we should also understand the shortcomings of the Slim LED display, so that we can better utilize the strengths of the Slim LED display,and bring us a better visual experience.
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Lightweight and Slim
Traditional LED display cabinet is mainly SPCC (cold rolled carbon steel), commonly known as “iron box”.
Through the bending, welding, spraying and other processes will be made of thin plate into the shape of the box.
The cost is relatively low, but the disadvantage is: its box is too heavy, made into a display screen after the weight of each square to reach more than 60kg, very bulky.
Slim LED display box is basically an aluminum box, aluminum box weight in the 30-50kg/m2 or so, it has a light weight, thermal conductivity and so on.
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Low error, seamless splicing
Traditional LED Display cabinet is sheet metal processing, iron or aluminum plate through the bending and welding production process.
Due to the large error of this kind of processing process, easy to deform after processing, so the error is at the millimeter level.
It is difficult to meet the requirements of the display on the zero splicing.
Slim LED display aluminum box using mold forming combined with machining production process, the error can be controlled within one-tenth of a millimeter, can achieve zero splicing requirements.
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Quick installation
Slim LED display box for the aluminum structure.
Lighter weight, higher precision, easy and quick disassembly.
The technicians can carry out the splicing of the single box body within a few minutes, which greatly shortens the installation and disassembly time and saves the labor cost expenditure.
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Long service life
The main components affecting the life of the LED display for light-emitting diodes (lights).
High temperature is the biggest killer of light-emitting diodes.
Aluminum box good thermal conductivity so that its use of the environment temperature is relatively stable, can greatly extend the life of the display screen.
5.Support the signal line to any direction, to meet the different box arrangement, placement, in order to create a different effect of the LED screen.
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Lightweight, ultra-thin
Quick installation design, enabling you to complete the LED display installation and dismantling work in a short time.
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Mask: the use of patented technology mask.
Mask using the rear snap fastening assembly method.
No fastening screws can be seen on the front of the mask, the screen surface integrity is good, no bright spots caused by screw leakage when the LED screen is lit.
8.Heat dissipation plate:
the application of aluminum bottom plate instead of the traditional plastic bottom shell, in order to ensure the flatness at the same time, improve the product heat dissipation performance.
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IC and driver
high refresh frequency, high grayscale high refresh frequency, high grayscale 16384 level grayscale products with built-in PWM high-end constant current driver chip.
Disadvantages of Slim LED display
1. High initial investment cost
Compared with traditional display devices, the initial investment cost of Slim LED display is higher.
This is mainly due to the complexity of the production process of Slim LED display, which requires the use of high-quality LED chips and driver circuits, as well as professional production and installation techniques.
2. Higher maintenance cost
Although the service life of theSlim LED display is long, some failures may occur in the process of use.
Such as lamp bead damage, drive circuit failure.
Due to the complex structure of LED display, it is difficult to repair and the repair cost is higher.
3. Light pollution
In some cases, Slim LED display may produce light pollution.
For example, when the LED display is overly bright at night, it may affect the normal rest and life of the surrounding residents.
Therefore, we need to pay attention to the reasonable setting of brightness and working hours when using LED display to reduce the impact on the surrounding environment.
4. Visual fatigue
Prolonged viewing of ultra-thin LED displays may lead to visual fatigue.
This is mainly because the light emitted by the LED display contains high-energy short-wave blue light, and prolonged exposure will cause eye irritation.
In order to minimize visual fatigue, users should pay attention to maintaining appropriate distance and viewing time when using LED display.
Summary
As an efficient information display tool, ultra-thin LED display plays an important role in advertising and information dissemination.
However, we also need to pay attention to its potential shortcomings and problems in the process of using it, and take corresponding measures to reduce its negative impact.
Only in this way can we better utilize LED display to bring convenience and fun to our life and work.
Author: Lucy Huang
FAQs
1.Can ultra-thin LED screens be used for teaching?
Ultra-thin LED screen is widely used in many fields, for example, in classroom teaching, it can be used as a multi-functional display device.
Adjusting the size and shape of the screen according to different teaching scenarios and needs, and realizing a variety of teaching modes.
In the museum field, it can be used as an intelligent display platform, providing cultural relics information, guided tours, interactive games and other services to enhance the digital level and visitor experience.
- What is the technology of Slim LED screen?
Ultra-thin LED screen adopts advanced flexible LED technology.
It makes the display not only roll up and unfold like a scroll, but also bend and fold.
Adapt to a variety of complex display scenarios.
This design flexibility provides more possibilities and creative space for display content.
