Cost too high. Weight too much. Lead time too long. Supplier shut down. Metal version costing more than it should. Original tooling worn out. Whatever's wrong, send us the part and we'll come back with a real engineer's read in one business day.
For reference, these are the kinds of improvements re-engineering typically delivers:
─ Metals-to-plastics conversion:
50–70% weight reduction, 20–60% piece-cost reduction at scale
─ DfM redesign:
10–30% cycle-time improvement, lower defect rate
─ Resin substitution:
Drop-in replacement for end-of-life materials, often with better performance
─ Tooling re-spec:
Right-sized tools for actual production volumes (often 10x smaller than the original)
─ Domestic re-sourcing:
Shift from offshore supply with no surprise tariff or shipping risk
