Case study
Enduratec
Drawing-controlled repeat production with batch data
Customer requirement
Repeatable manufacture from controlled information
Enduratec required repeatable components produced from controlled drawing information, with clear small-format identification and batch-number data supplied separately.
Challenge
Keep geometry, data and downstream needs aligned
The marking needed to remain clear and legible at the required size, while the controlled geometry, batch data, agreed finishing and downstream presswork and assembly requirements stayed aligned for repeat production.
GT Laser solution
A controlled route from DXF and Excel data
GT Laser worked from the approved DXF geometry and structured Excel batch information, provided sample and blank feedback, incorporated the agreed deburring and rumbled finish, and maintained the approved marking position for the repeat batch.
Manufacturing process
Marked and finished for downstream assembly
Drawing-controlled metal component supply combined with laser marking and Excel batch data, producing finished, identified components ready for downstream assembly.
Result
Initial production followed by a repeat order
The completed 2023 production was followed by a repeat order in 2025. Enduratec reported clear etching and strong component quality, and found the Excel-based batch-number workflow particularly useful.
Customer feedback
Clear etching and a useful batch-data workflow
“Everything looks great! The laser cutting is really high quality and the etching is very clear. The fact that we can send the numbers over on Excel is very helpful too!”
Noah BookerDesign Engineer & Purchasing Manager
Enduratec’s feedback describes the finished components. GT Laser combined drawing-controlled component supply, laser marking and structured batch data.
Have a drawing-controlled manufacturing requirement?
Send the drawing, production data, required quantity and downstream considerations so GT Laser can review the appropriate route.