Our image converter tool can quickly convert your CUR to GIF while maintaining the highest level of quality and can accept up to 20 files at one time using our batch image file processor. When your GIF image files are ready, you can either download them individually or, for convenience, combine them within a ZIP file.
Or drag and drop your files here to upload.
A maximum of 20 files can be uploaded at once.
Once you've selected your CUR files for upload, our image converter tool will provide you with the option to customize the processing of your images. To configure this, once you have selected an image, you will see a button, which you can click to reveal a set of image conversion options. These options include the ability to resize and rotate your image and to apply a grayscale or negative filter to your CUR.
Here are two simple steps to convert your CUR to GIF using our fast and free CUR converter tool.
First, click the "Upload..." button and select your CUR file to upload. Your CUR file will be uploaded to our servers. When the CUR to GIF conversion has completed, you can download your GIF file right away.
We aim to process all CUR to GIF conversions as quickly as possible; this usually takes around 5 seconds; however, this can be longer for certain files, so please be patient.
We aim to provide the best conversion experience. Our tools are under constant review and development, with new features being added every week.
If you are converting your CUR file to a format that implements lossy compression, then yes, the quality will be reduced; however, the loss in quality is usually not noticeable and can result in much smaller file sizes.
No. When converting your CUR file, our tool will not perform any resizing of your image, and the resulting file will have the same resolution as your uploaded CUR file.
Extension | CUR |
Full Name | Microsoft Cursor Icon |
Type | Image |
Mime Type | application/octet-stream |
Format | Binary |
The CUR file format is a graphics file format whose main purpose is to store custom mouse cursor graphics. As this format is designed for cursor graphics, it has support for an alpha channel to allow for transparency within the image.
The format can store image data at varying color depths and resolutions, enabling the file size to be reduced if the number of colors in the image is optimized for a lower color depth. For example, a black and white CUR image can be stored at a color depth of 1-bit or monochrome, saving considerable storage space.
CUR files are a legacy file format that can be opened with certain image editing applications that still support this format; alternatively, we have a set of CUR image conversion tools designed to convert CUR files to other, more modern formats, such as PNG.
Extension | GIF |
Full Name | Graphics Interchange Format |
Type | Image |
Mime Type | image/gif |
Format | Binary |
Opens With | Paint.Net |
GIF files have been around since the dawn of the internet and are a popular choice of format for storing images and animations. Images stored within a GIF file can be stored at low bits per pixel to reduce the size of the GIF file, leading to improved download speeds. Reducing the number of bits per pixel, if done correctly, can lead to no noticeable difference in image quality.
Along with static images, GIF files are also capable of storing short video or animation sequences. This capability has proved very popular, with animated GIFs being created and used on websites and social media. GIF files are also a popular format for storing and transmitting internet memes.
With newer and more capable formats such as PNG and WEBP taking over as the default standard for images and animations on the web, the GIF format is slowly declining in popularity. Support for GIF files within image editing software is still strong and will likely continue.
Our CUR imaging tool will accurately convert your CUR file into a GIF image file using our high-quality internal 2D rendering to create your final GIF ready for download. Your CUR file will be analyzed pixel by pixel in order to produce the most accurate conversion possible.