A clear file naming system for maker projects
Specs and sources awaiting check
A design file is only useful when you can tell what it is for, which version it is, and what happened when you used it. A simple project folder can keep the original artwork, machine-ready file, material details and result together without specialist software.
Give each project one home
Create one folder for the project, then use a small set of familiar subfolders. Keep the original design separate from exported or machine-ready files, and keep results and notes together. The folder names matter less than using the same arrangement each time.
| Folder | Keep here |
|---|---|
source |
Editable design, drawing or model and any supplied reference files |
machine-files |
Exports prepared for a particular machine or software |
process-notes |
Material identity, maker instructions, settings and changes |
results |
Photos, measurements, fit notes and sample outcomes |
Keep supplied files intact when they are needed as a reference. Make a working copy before editing, and retain any licence or usage terms that came with a design. A screenshot or flattened preview can help you recognise a file, but it does not replace the editable source.
Name files so they sort and scan clearly
Choose a consistent order: project or part, purpose, revision, then file type if it helps. Use short words separated by hyphens or underscores. Avoid labels such as final, new or latest on their own; they stop being meaningful as soon as another revision appears.
For example, a folder might contain planter-source-rev-a.svg, planter-cutter-rev-a.svg and planter-sample-notes-rev-a.md. The exact labels are yours. Make the relationship between source and export obvious, and use a new revision label when the geometry or intended process changes.
Keep the project name and part name stable. Put the machine or software name in the filename only when it helps distinguish otherwise similar exports. If a file is intended for a particular machine, record its exact model in the project notes as well.
Connect the file to the process
An exported file alone rarely tells the whole story. In the notes, record the material as identified by its maker or supplier, the machine and software version where relevant, the intended operation, and the settings copied from the approved instructions. Note the source of those instructions. For heat-transfer work, Cricut's heat-transfer troubleshooting guidance shows that material and process conditions need to be considered together; use the exact product instructions for your own setup.
For a print, cut or press job, do not treat a remembered setting as a universal recipe. Machine, software, material and process combinations differ. Keep safety and setup requirements with the equipment instructions; a project note does not replace them.
Record the result and next action
Write down what you observed in plain language: accepted for this purpose, needs another check, or not suitable. Add a short reason and link the note to the exact export used. A photo is helpful when it shows a relevant feature, but include a written observation so the result is understandable without opening the image.
When you change the design after a sample, save a new revision. Keep the earlier file and its result together so a later change does not erase the explanation for an earlier outcome. If you use a backup service or external drive, periodically confirm that the files can be opened from the backup.
Printable project record
Copy this table into a note or print it for a project folder. Add rows when the project needs them; leave anything that does not apply blank.
| Project detail | Record |
|---|---|
| Project and part | |
| Source design file | |
| Machine-ready file and revision | |
| Machine and software | |
| Material and supplier reference | |
| Instruction or recipe source | |
| Intended operation | |
| Settings copied from instructions | |
| Sample or result file | |
| Outcome and reason | |
| Next action or open question |
For a related routine, see the maker machine maintenance log. For fit-critical prints, use the small interface sample guide.
Sources checked in October 2026.
Related guides
- A practical maintenance log for a maker machineCreate a useful maintenance record from the machine's own instructions, with a printable equipment profile, task schedule and fault log.Read more
- Printed parts that fit: test the interface before the whole objectMaking a printed part that must fit another? Print a small sample of the mating edge first, record one change per trial and keep your files and settings together.Read more