Introduction to AI lossless amplification function
美间AI无损放大is an image processing technology launched by Meijian Meixe. It uses advanced artificial intelligence algorithms to losslessly enlarge low-resolution images to high resolution while maintaining the clarity and details of the image. This technology is particularly suitable for users who need to enlarge images, such as designers, photographers, advertising practitioners, etc.
Usage scenario examples
Designers: When designing posters, you can enlarge low-resolution material images to high-resolution images suitable for poster size, thereby significantly improving image clarity and meeting design needs.
Photographers: When enlarging and printing photos, using the AI lossless enlargement function can prevent the photos from becoming blurred and ensure better quality of the printed photos.
Advertising practitioners: When producing advertising materials, it is often necessary to enlarge low-resolution images. The AI lossless enlargement function provides a fast, efficient and high-quality solution, saving time and energy.
Product features
Supports uploading of multiple image formats (JPG/JPEG/PNG).
Image size is limited to 2000x2000 pixels and no more than 10MB in size.
Use AI technology to achieve lossless enlargement and maintain image clarity and details.
Sample images are provided to facilitate users to quickly experience the functional effects.
The enlarged picture can be directly downloaded and saved locally for subsequent use.
Tutorial
1. Visit the Meijian AI lossless enlargement page (https://www.meijian.com/mj-box/ai-pic-zoom-intro).
2. Click the "Upload Image" button on the page and select the image file you want to enlarge (supports JPG/JPEG/PNG format, size less than 2000x2000 pixels, size no more than 10MB).
3. Wait for system processing, and the AI algorithm will automatically enlarge the image losslessly.
4. After the enlargement is completed, click the "Download" button on the page to save the enlarged image locally.
5. Use the enlarged image for subsequent processing or display as needed.