Case study · Industrial
Rapid production: an FDM run delivered ahead of schedule
A production run delivered ahead of schedule, with every part inspected.
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- Industry
- Industrial
- Delivery
- Ahead of schedule
- Inspection
- Every part against specification
- Process
- FDM
Brief
- Deliver a production run on a compressed timeline.
- Scale to meet demand with consistent quality.
- Stage 1
Plan the run
Plates, materials and machine time scheduled to meet the deadline.
- Stage 2
Scale across machines
Output increased with no change in quality.
- Stage 3
Inspect before dispatch
Every part checked against specification.
Delivered
- Delivered ahead of schedule.
- Consistent, inspected parts.
Why this process and material
Planning sets the lead time
Plate planning, material availability and machine capacity matter as much as print speed.
No tooling
With no tooling to make, printing starts as soon as the design is approved, and more machines can join the run.
Inspection on every part
Errors cost most under time pressure, so inspection runs on every part.
Summary of the engineering approach
The deadline was met by planning plates, materials and machine time around it and spreading the run across machines. Every part was still inspected against specification before dispatch.
Questions about this project
How was the compressed timeline met?
Plates, materials and machine time were scheduled to meet the deadline, and output was scaled across machines.
Was quality reduced to save time?
No. Every part was checked against specification before dispatch.
Why does tooling-free production help?
Time from approval to first parts is short, and capacity scales across machines.
Suggested next steps
Recommendations for taking the part further. None of this is completed work.
- A framework schedule for repeat orders, so capacity is reserved.
- Pre-approved materials and orientations for repeat parts.
- A stock buffer for the highest-demand parts.
