Purpose: Speed up the DWG by removing exploded hatches

Note: Optimization, purge, DWG cleanup
Processing mode: DWGs are processed one by one (not all at once).

This tool targets a common slowdown issue: exploded hatches that overload the drawing.
It opens the DWG, detects these hatches that have been fragmented into thousands of objects, deletes them, purges the file,
then generates a lighter DWG.
⚠ Warning: this process can be destructive. It may delete elements, explode certain objects,
and flatten 3D into 2D.
You MUST verify the final file and compare it with the original.

  1. Important warning

    This process deletes non-visible elements, explodes some objects,
    and removes 3D (flattens the drawing into 2D).

    At the end, you MUST check the generated file and compare it
    to the original DWG.

    Warning before cleaning exploded hatches
    Destructive process: visual inspection required after generation.

  2. Opening the DWG

    The software automatically opens the DWG you want to accelerate.

    Opening DWG before removing exploded hatches
    Loading the source file.

  3. Removing exploded hatches

    Exploded hatches (hatches broken into thousands of segments/lines) are detected and removed.
    These are often what make panning/zooming extremely slow.

    Detection and removal of heavy exploded hatches
    Massive optimization: removal of heavy exploded hatches.

  4. DWG purge

    The software purges the file to remove unused resources
    (styles, blocks, layers, unused registries, etc.).
    Goal: reduce file size and improve display performance.

    Purging unused resources after hatch removal
    Deep cleanup after hatch removal.

  5. Saving as a new file

    The optimized result is saved under a NEW DWG file name.
    The original plan is not overwritten: you keep a backup copy.

    Saving the cleaned DWG under a new name
    Export of the optimized DWG without altering the original.

  6. Final check of the optimized DWG

    The generated file is reopened automatically.
    You must visually check it (hatched areas, technical symbols, functional outlines)
    and compare it to the original before delivery.

    Final visual check of the optimized DWG
    Final visual validation required before client delivery.