What’s resolution of display is suitable for 3D printers?

In 3D printers, the resolution of the display is an important consideration, especially for resin 3D printers that use screens as curing light sources (such as LCD screens). Here is some key information about the display resolution suitable for 3D printers:   Regular OLED module resolution: For conventional OLED displays, commonly used resolutions include 128x32, 128x64, and 256x64. These resolutions provide options for different sizes and display densities to suit the needs of different ...

How to choose a display for a 3D printer?

When choosing a display for a 3D printer, you need to consider multiple factors to ensure that the display can meet the performance requirements and printing results of the 3D printer. Here are some key considerations and recommendations:   Technology type: LCD: LCD displays are very popular in light-curing 3D printers because of their high cost-effectiveness, high resolution, fast printing speed, simple structure and easy operation. LCD technology uses liquid crystal panels for imaging,...

What are the characteristics of the display screen used in 3D printers?

The display screens used by 3D printers, especially OLED displays, have several distinctive features. The following is a detailed summary of these characteristics:   Ultra-thin appearance: A distinctive feature of the OLED display is its ultra-thin appearance, which makes the overall design of the 3D printer more compact and efficient. Self-illumination: OLED technology enables the display to illuminate itself without the need for a backlight, which not only reduces energy consumpti...

What is the difference between LCD and OLED displays?

The difference between LCD and OLED displays can be clearly divided into the following main aspects:   Construction principle: LCD (liquid crystal display): uses liquid crystal molecules to change the polarization state of light under the action of electric field to control whether light is transmitted or not. LCD screens require a backlight to provide light source, and the backlight adjusts the liquid crystal molecules to allow light to pass through the pixels, thereby displaying images...

What pain points do the displays used in handheld devices need to address?

The pain points that need to be solved for the display screens used in handheld devices mainly include the following aspects:   Display quality: Resolution: The resolution of the display screen directly affects the clarity of the display. High-resolution displays can present more delicate and realistic images and texts, improving the user experience. Color performance: Excellent color performance is essential for handheld devices, especially for applications that need to display picture...

What display resolution is suitable for handheld devices?

For handheld devices, the applicable resolution varies depending on the device type, size, and usage scenario. Here are some common handheld devices and their applicable resolutions:   Smartphones and tablets: Common resolutions for 5-inch displays include: 720×1280 (720p HD): Suitable for general use scenarios, good user experience, and clear display. 1080×1920 (1080p HD): Suitable for high-end smart terminals, with clearer display than 720p. 1440×2560 (2K resolution): Common in h...

How to choose a display for handheld devices ?

When choosing a display for a handheld device, there are several factors to consider to ensure performance, user experience, and durability. Here are some key considerations:   Size and Resolution: The size of the display is usually matched to the size and purpose of the handheld device. For smartphones, common screen sizes range from 5 to 7 inches. The higher the resolution, the more detailed the display. Modern smartphones often use Full HD (1080p), Quad HD (1440p), or higher resoluti...

What are the characteristics of the display used in handheld devices?

Displays used in handheld devices usually have the following salient features:   Portability: The primary consideration for handheld devices is portability, so the display is often designed to be small, thin and light to accommodate the overall portability requirements of the device. For example, tablets usually use LCD screens smaller than 10.4 inches, making them easy to hold and carry with one hand. Display effect: The displays of handheld devices generally pursue high definition, ...

What are the advantages and disadvantages of capacitive touch and resistive touch?

Capacitive touch and resistive touch are two common touch screen technologies, each with different pros and cons. Here is a detailed comparison of these two technologies:   1. Capacitive touch   Advantage:   High sensitivity: The capacitive touch screen is very responsive to light touches, allowing users to operate the device with light touches or swipes. Multi-touch: Supports recognition of multiple touch points at the same time, allowing users to perform multi-finger...

How to choose the display for VR/AR devices?

When selecting a display for VR/AR devices, multiple factors need to be considered to ensure that users get the best immersive experience. The following are some key considerations, as well as related numbers and information to support these points:   Resolution: The resolution is one of the core indicators of the VR/AR device display. It directly determines the clarity of the user to see the content. For VR devices, the resolution of each eye should reach at least 1k (1920x1080 pixels)...