Imgburn Bootable Drive To Iso

Creating a bootable drive and converting it to an ISO image is a useful process for backups, distributions, and installations. ImgBurn is a popular tool for burning ISO images to discs, but it can also be used to create ISO images from bootable drives. In this guide, we'll explore how to use ImgBurn to create a bootable drive and then convert it to an ISO image.
Understanding ImgBurn and Bootable Drives

ImgBurn is a free software that allows users to burn ISO images to discs, create ISO images from discs, and perform other related tasks. A bootable drive, on the other hand, is a storage device that contains the necessary files and boot loader to start an operating system or run a program. To create a bootable drive, you typically need to use a specific tool or software that formats the drive and installs the boot loader and operating system files.
Creating a Bootable Drive
To create a bootable drive, you’ll need a few things: a USB drive with enough storage space, an ISO image of the operating system or program you want to boot from, and a tool to create the bootable drive. There are several tools available, including Rufus, Etcher, and the built-in Windows Media Creation Tool. For this example, we’ll use Rufus, a popular and user-friendly tool for creating bootable drives.
Here's how to create a bootable drive using Rufus:
- Download and install Rufus from the official website.
- Insert your USB drive into your computer.
- Open Rufus and select the USB drive from the device list.
- Choose the ISO image you want to use for the bootable drive.
- Select the file system and cluster size, and then click "Start" to begin the creation process.
Tool | Description |
---|---|
Rufus | A popular tool for creating bootable drives from ISO images. |
Etcher | A user-friendly tool for creating bootable drives from ISO images. |
Windows Media Creation Tool | A built-in tool for creating bootable drives for Windows installations. |

Converting a Bootable Drive to an ISO Image using ImgBurn

Once you have a bootable drive, you can use ImgBurn to create an ISO image from it. This process is useful for backing up the bootable drive or distributing the image to others. Here's how to convert a bootable drive to an ISO image using ImgBurn:
First, make sure you have ImgBurn installed on your computer. Then, follow these steps:
- Insert the bootable drive into your computer.
- Open ImgBurn and select "Create image file from device" from the main menu.
- Choose the bootable drive from the device list.
- Select the file system and image format, and then click "Next" to continue.
- Choose a location and file name for the ISO image, and then click "Save" to begin the creation process.
Verifying the ISO Image
After creating the ISO image, it’s a good idea to verify its integrity to ensure that it’s complete and error-free. You can use a tool like md5sum or SHA-256 to calculate the hash value of the ISO image and compare it to the expected value.
Here's an example of how to verify the ISO image using md5sum:
Open a command prompt or terminal and navigate to the location of the ISO image. Then, run the following command:
md5sum -c image.iso
This will calculate the MD5 hash value of the ISO image and compare it to the expected value. If the values match, the ISO image is valid and complete.
What is the difference between a bootable drive and an ISO image?
+A bootable drive is a physical storage device that contains the necessary files and boot loader to start an operating system or run a program. An ISO image, on the other hand, is a file that contains the same data as a bootable drive, but in a compressed and virtual format.
Can I use any tool to create a bootable drive?
+No, not all tools are compatible with all file systems and boot loaders. You should use a tool that supports the file system and boot loader required by the operating system or program you want to boot from.
How do I verify the integrity of an ISO image?
+You can use a tool like md5sum or SHA-256 to calculate the hash value of the ISO image and compare it to the expected value. This ensures that the ISO image is complete and error-free.