Using Wise Memory Optimizer is most useful when you follow a repeatable process rather than pressing the cleanup control whenever free memory drops. Windows is designed to use available RAM, so the aim is to improve responsiveness when memory pressure is real—not to keep the free-memory number artificially high.
Step 1: Check what is using memory
Open Task Manager and identify whether memory use is actually high. Note which applications are consuming the most RAM. If one program is misbehaving, fixing or restarting that program may be more useful than performing a broad cleanup.
Step 2: Save work and close what you do not need
Save documents, browser sessions, or creative work before optimization. Close applications that you are finished with. This reduces the amount of active data the system may need to preserve or rebuild.
Step 3: Set a conservative cleanup target
Open Wise Memory Optimizer and review the current memory state. If your version exposes thresholds or automatic options, begin conservatively. A moderate target reduces the chance that an active application has to reload data immediately afterward.
Step 4: Run one optimization
Start the optimization and let it finish. Avoid launching another heavy task at the same moment. When cleanup completes, return to your normal workflow and judge responsiveness rather than focusing only on the number of free megabytes.
Step 5: Adjust based on behavior
If apps remain responsive and memory pressure falls, your chosen approach may be suitable. If tabs reload, programs hesitate, or memory is quickly filled again, reduce the cleanup intensity. Memory being reused after optimization is expected behavior, not necessarily a failure.