Macrium Reflect creates recoverable copies of disks and partitions. A disk image stores selected storage contents in backup files, while a clone writes one disk directly to another. These jobs protect more than personal documents: an image of the required system partitions can restore Windows, boot information, installed programs, and settings after a drive failure. Macrium Reflect does not watch individual files as a cloud-sync service. It records storage states that can later be mounted or restored.
Image or clone
An image compresses selected partitions into files on another disk or a network share. Several images can live on one destination, and retention rules can remove older backup sets as space fills. This makes imaging suitable for a recovery history. Mounting an image in Windows also exposes it as a browsable drive, so one lost file can be copied out without replacing the current system.
A clone has a different result. Macrium Reflect copies the source directly to a destination disk, which can prepare a replacement drive without an intermediate image. The destination is not an archive with several dates; it is one disk state. Cloning can delete or replace destination partitions, so selecting the wrong drive can destroy unrelated data. Capacity, model name, partition layout, and connection type should all be checked before the copy starts.
Build the image
The imaging workflow starts with the source disk and its partitions. A Windows recovery image normally needs more than the visible system volume because boot and recovery partitions participate in startup. Macrium Reflect can select the partitions required to back up and restore Windows, or the user can choose disks and partitions manually for a different job.
The destination must remain separate from the source failure risk. Saving an image on another partition of the same physical disk does not help when that disk stops working. A network share adds physical separation, but it also depends on network availability, share permissions, and stored credentials. Retention settings need enough space for the chosen full, differential, or incremental history. Removing a required member of a backup set can make later dependent images unusable.
Prepare rescue media
Macrium Reflect can create bootable rescue media based on Windows recovery components. That USB drive or other boot medium starts a recovery environment when the installed Windows system no longer starts. Creating it after a failure is too late if no other working computer is available. Testing it in advance confirms that the machine can boot from it and that storage, keyboard, network, and backup devices appear.
Rescue media also needs access to the image location. A directly attached drive is usually visible without extra work. A network-hosted image may require the share path and credentials to be entered again inside the rescue environment. Hardware that depends on an uncommon storage or network driver may need that driver added before the recovery medium can see the required device.
Restore with care
A complete restore writes image contents over the selected destination partitions. Macrium Reflect shows the source image and target layout, but the user still controls the destructive choice. Files created on the target after the backup date disappear if the restore replaces their partition, so current documents should be copied elsewhere before an older system image is applied.
Differential and incremental sets depend on their backup chain. The restore workflow can assemble that chain, yet the required files must remain readable. Verifying stored images and keeping more than one backup destination reduces reliance on a single disk. Macrium Reflect can reconstruct the recorded state; it cannot recreate later work that never entered any image.
