Effortless Silk Flower Brooches in Metallic Thread with Raw-Edge Detailing
Effortless Silk Flower Brooches in Metallic Thread with Raw-Edge Detailing
A Uniform Supplier approached us to develop a effortless silk flower brooches around a single idea: raw-edge detailing, executed in metallic thread. The capsule was destined for the Netherlands and needed effortless finishing that reads designer on the rail while staying repeatable in bulk. This case study records the brief, the specification and the delivery.
The challenge
- Fabric hand feel changed between production runs
- Unit costs were too high for a boutique price point
- The previous factory could not hold consistency across sizes

What we specified
| Product | Effortless Silk Flower Brooches |
|---|---|
| Client type | A Uniform Supplier |
| Market | the Netherlands |
| Order volume | 120 pieces across 2 colourways |
| Base material | Metallic Thread |
| Signature detail | Raw-Edge Detailing |
| Size range | Custom grading |
| Sampling rounds | 3 |
| Delivery window | 12 weeks from PO to ex-factory |
| Compliance | OEKO-TEX Standard 100 |
How it was built
- Reference garments and moodboards were translated into a measurement spec, not just photos.
- Metallic Thread was confirmed with lab dips and a hand-feel approval before grading.
- The silk flower brooches was prototyped on the fit model, then revised twice before pre-production.
- Raw-Edge Detailing was applied in a controlled process to keep every piece consistent.
- Bulk ran with in-line inspection; a photo report was shared before shipment.

Result
- 120 pieces delivered inside the 12-week window.
- Unit cost held within 1.5% of the approved quotation.
- The a Uniform Supplier launched on schedule and reordered the same specification next season.
What we would repeat
Keep one process owner on both sides. Most delays come from hand-offs, not machines.

Planning a similar capsule?
Send us your tech pack or even a rough sketch — we will come back with fabric options, a costed sample plan and a realistic production calendar.



