The problem runs deeper than the file size
The 434 MB file isn’t the real problem. The problem is the process behind it: An engineer spends hours manually cleaning up an export model. He selects parts, deletes screws, and considers for each component whether it is externally visible or internal. That isn’t design work—it’s data maintenance.
For Schwingshandl - an Austrian manufacturer of custom machinery for lifting and conveying technology, with assemblies comprising up to 8,000 individual parts - this was exactly what their daily routine entailed: manually removing screws and internal components from STEP exports, assembly by assembly, a process that was error-prone and time-consuming.
What Changes When You Automate
Before - Manual
- Select and delete part by part
- No reproducible result
- Know-how not preserved in export
- 434 MB – barely transferable
- Configured once, executed automatically
- Reproducible, logged in a PDF report
- Feature history removed → no reverse engineering
- 7,4 MB – ready to send in minutes
Facts, no claims
- 97 % Max. reduction of default settings: 10 MB → 0.3 MB
- 92 % Hot wash cycle: 9.2 → 0.7 MB in 3 min
- 98 % Schwingshandl overall project: 434 → 7.4 MB
Why this approach works, while others don't
There are alternatives: manually cleaning up models, exporting only the outer shells, or providing customers with raw geometry. All three have the same flaw—they don’t scale or produce usable output. Lino® Simplify solves the scaling problem because configuration and process are separated: the rule is defined once, and the process can run as often as needed. That’s the difference between a workaround and a method.
Conclusion
3D model simplification is not a niche concern for those optimizing file sizes. It is a critical process for anyone who exchanges 3D data, plans layouts, or needs to protect intellectual property. Anyone who does this manually lacks a systematic approach—they have a gap in their process.
