With the booming global trade and e-commerce, the transportation safety of LCD monitors (LCD/LED) has become a common focus of merchants and users. Whether it is cross-border logistics or domestic distribution, problems such as screen shattering, corner bumps, and moisture are frequent, resulting in high after-sales costs. How to ensure that these precision equipment arrive at the destination "unscathed"? The answer is: professional wooden box packaging solutions.   Why is wooden box packaging the industry's preferred choice?   Compared with traditional cartons and foam boxes, wooden box packaging has become the first choice for the transportation of high-value and fragile electronic products due to its unique material and structural design. The following are the four core advantages of wooden box packaging:   1. Super strong pressure resistance, resistance to external impact The wooden box is made of multi-layer solid wood or high-strength composite wood, with a stable structure that can withstand the heavy pressure during transportation and stacking. Ordinary cartons are easily deformed after being compressed, resulting in uneven force on the internal display; while the load-bearing capacity of wooden boxes can reach hundreds of kilograms, effectively isolating the risk of external extrusion.   2. Multiple shockproof buffers to accurately protect the screen The inner layer of the wooden box can be customized with high-density EPE foam, pearl cotton or air column bags, which fits tightly to the display body and disperses the vibration energy during transportation. For large screens or curved screens above 55 inches, partitions can be added to avoid direct contact between the screen and the box body, minimizing the risk of collision.   3. Sealed and moisture-proof to cope with complex environments The surface of the wooden box is treated with a waterproof coating, and the seams are reinforced with sealing strips, which can effectively block rain and moisture, especially suitable for sea transportation or transportation in humid areas. In addition, desiccant can be placed in the box to further control humidity and prevent the circuit from getting damp.   4. Tailor-made to meet diverse needs Whether it is a small wooden box for a single display or a pallet-type wooden frame for batch shipment, it can be flexibly designed according to product size, weight and transportation method. Adding details such as metal fasteners and anti-slip bottom brackets can improve loading and unloading efficiency and long-distance safety.   Cost-effectiveness: It seems expensive, but it is actually more economical! Some customers are concerned that the cost of wooden box packaging is higher than that of ordinary cartons, but in the long run, its hidden value far exceeds the initial investment: - Reduce the breakage rate: Wooden box transportation can control the damage rate of LCD monitors to less than 0.5% (traditional packaging is about 3%-5%), reducing the cost of returns and exchanges and brand reputation loss. - Save insurance costs: After using high-protection packaging, some logistics companies can provide more favorable premium rates. - Support long-distance transportation: Wooden boxes meet international freight standards, are suitable for export transportation, and help companies expand overseas markets.   As one of the display solutions suppliers, when customers order our 22 inch monitor or 32 inch touch screen monitor, we also use the wooden box packaging solutions.

LCDs have become an integral part of our lives. Different needs and scenarios require different types and properties of LCDs. In this blog post, we will cover the types of LCDs, specifically plastic/metal and touch/non-touch. We will also cover some of the major trends and latest technologies regarding LCD technology.   1. Plastic/metal LCD Monitors Plastic/Iron are one of the most common materials for LCD housings.   Advantages   Plastic housings are extremely light, making them very convenient when carrying. In addition, they are also relatively inexpensive. Metal housings are more durable and provide additional stability when installed.   Disadvantages   For plastic housings, their performance in low temperature conditions is somewhat affected due to their material limitations. Since metal or iron housings are heavier and bulkier than plastic housings, they are relatively more challenging to carry and operate.   2. Touch Screen Monitor/Non-Touch LCD monitor Of the two types of LCDs, touch screens are the most commonly used.   Resistive touch screen monitors or capacitive touch screen monitors are user-friendly and more efficient to operate. Here are more advantages and disadvantages of touch/non-touch LCD monitors:   Advantages   Touch screen monitors do not require a keyboard or mouse, and can be operated directly with fingers, making it more convenient and user-friendly.   Disadvantages   The only disadvantage of non-touch LCD monitors is the lack of intuitiveness in operation details.   3. Latest LCD Monitors Technology   With the rapid development of technology, many latest LCD monitor technologies are gradually emerging.   In terms of technology, 4K monitor, HDR monitor technology, screen type, monitor connection, etc. are all trends worth paying attention to. Summary   In short, if you need to focus on choosing an LCD monitor, the key consideration is whether the LCD monitor you choose meets your needs and scenarios. I hope that the introduction of different types of LCD monitor technology and the latest technology in this blog will be helpful to you.

LCD (liquid crystal display) is a common flat display technology that uses the optical properties of liquid crystal molecules to display images and text. It is widely used in electronic devices and digital display systems. Its working principle is based on the operation and control of liquid crystal molecules. By controlling the rotation of liquid crystal molecules to adjust the transmittance of light, an image is formed. The display principle of LCD Monitors can be roughly divided into the following steps:   1. Polarization of light (polarizer) Polarizers perpendicular to each other are attached to the outer sides of the two glass substrates of the display screen (mentioned in the previous article), and their polarization directions are perpendicular to each other. When no current passes, the light between the polarizers will be blocked by the first polarizer, so there is no display on the screen. When the current passes, when the light passes through the perpendicular polarizers, the required light source pattern will be transmitted under the action of liquid crystal distortion.   2. Liquid crystal is arranged and distributed under the action of voltage When an electric field is applied to the liquid crystal molecules, they rotate the direction of polarized light. When light passes through the first polarizer, if the arrangement direction of the liquid crystal molecules is consistent with the polarization direction, then the light will be able to pass through the second polarizer and be displayed on the screen.       3. Image display By controlling the conversion of electrical signals and the direction and strength of the electric field, the arrangement and twisting angle of the liquid crystal molecules can be controlled accordingly, thereby achieving pixel-level image control. Then, by adjusting and controlling the loading of different electric fields at different pixel coordinates, the degree of rotation of the liquid crystal molecules will also vary, thus presenting light and dark images and text. In general, LCD display screens mainly involve light polarization, the arrangement and distribution of liquid crystal molecules under the action of the electric field, and the control of the electric field. Through a series of auxiliary components, a stable pattern is finally constructed.

LCD (Liquid Crystal Display) Monitor and Touch Monitor are two different types of displays, and they differ primarily in functionality and usage. Here are the main differences:1. Display Technology: LCD Monitor: LCD monitors use liquid crystal technology to display images. Liquid crystals are optical materials that control the passage of light by changing the arrangement of their molecules to create images. Touch Monitor: Touch monitors are based on LCD display technology but also feature touchscreen capabilities, allowing users to interact directly with the computer by touching the screen. 2. Interaction Method: LCD Monitor: Typically, LCD monitors are used solely for displaying images, and users interact with the computer using external devices such as a mouse or keyboard. Touch Monitor: Touch monitors have touchscreen functionality, enabling users to interact directly with the screen using their fingers or a stylus for actions like tapping, dragging, and zooming. 3. Applications: LCD Monitor: Primarily used for displaying images, text, and videos. Commonly found in offices, homes, and professional applications. Touch Monitor: In addition to displaying content, touch monitors allow for direct interaction through touch. They are widely used in retail, education, entertainment, and special applications like self-service kiosks. 4. Price: LCD Monitor: Typically, LCD monitors are less expensive than touch monitors since they do not include touchscreen technology. Touch Monitor: Due to the additional touchscreen technology, touch monitors tend to be more expensive.   5. Accuracy and Sensitivity: LCD Monitor: LCD monitors are primarily designed for display purposes, and their sensitivity and precision may be lower compared to touch monitors. Touch Monitor: Touch monitors require higher sensitivity and precision to ensure accurate responses to touch inputs.   In summary, LCD monitors and touch monitors differ in terms of interaction method, applications, price, and sensitivity. Users can choose between them based on their specific needs and preferences.