WayhomartCan organizer tooling: welds become forming
At high volume the cost of a can organizer sits in multiple welds. Tooling rarely saves material — it removes process steps and makes step-offs more consistent.
Challenge
A three-tier ramp can organizer is assembled from several welded wire segments, so weld count drives both labour and visible quality; at high volume, labour and consistency become the bottleneck at the same time.
What we did
Open a dedicated forming tool for the repeated support geometry so several welded joints become one formed part; keep the load path unchanged and reduce connection points only; amortise the tool against the programme volume and adjust fixtures and jigging to suit formed parts.
Result
- Fewer connection points, reducing process steps and labour
- More consistent step-offs and weld appearance
- Load path unchanged, so the basis for load validation is preserved
What this file records
A configuration file, not a client story. Client identities and commercial figures are not published; no number is given where none was measured.
Why the gain is process, not material
Material is a limited share of a can organizer’s cost; the compressible part is process — bend, locate, weld, inspect, for every segment. More welds mean more labour and more defects.
So the tooling direction is not thinner wire. It is forming several weld joints into one part: material barely changes, steps disappear, consistency improves.
Three lines that cannot move
- Load path. How a tier transfers load into an upright stays the same; only the connection method changes.
- Ramp angle. Change it and can rolling behaviour changes — a different product.
- Stacking location. If the unit stacks with a second, the locating points must be preserved.
Three things to change alongside the tool
| Item | Why | If skipped |
|---|---|---|
| Fixtures | Formed parts locate differently from welded ones | First article out of tolerance, production corrected by hand |
| Jigging | Formed parts may hang differently on the coating line | Bare patches or jig marks |
| Inspection standard | Step-off and weld criteria differ | No basis during inspection |
Most “quality dropped after tooling” cases trace to these three, not to the tool.
Two checks before amortising
- Is the expected volume credible? If the denominator is uncertain, treat tooling as sunk cost.
- Ownership and exclusivity. Buyer-exclusive, joint, or factory-owned with dedicated use — three different contracts.
The threshold arithmetic is in when dedicated tooling pays; ownership policy is in the frequently asked questions.
When not to take this route
- The market is still being tested and the design may change.
- Many colours and fragmented batches — tooling does not reduce colour changeover.
- Load requirement not yet fixed — a change there reopens the tool.
Where to go next
- The structure: three-tier ramp can organizer.
- Sizing by can diameter: how to size a can organizer.
- Cutting volume too: nested and flat-pack design.
- Annual volume and target cost: contact us.
Related product ranges
Send us your drawing or sample
Tell us the application, target market and annual volume. Our engineering team will review feasibility, tooling and lead time.
