Additive manufacturing for custom tooling
Overview:
This case study demonstrates how additive manufacturing was leveraged to produce custom tooling solutions that dramatically reduced lead times and costs compared to traditional tooling methods. The project addressed the growing need for rapid, flexible tooling in low-to-medium volume production environments.
Approach:
Using metal and polymer 3D printing technologies, our team designed and produced custom jigs, fixtures, and mold inserts with conformal cooling channels and optimized internal structures. Digital workflow integration enabled seamless transition from CAD design to finished tooling within days rather than weeks.
Technical specifications:
- Technology: SLS, SLA, and DMLS 3D printing
- Materials: Nylon PA12, Tough Resin, Maraging Steel
- Lead time: 3-5 days (vs. 4-6 weeks traditional)
- Accuracy: ±0.1 mm
- Manufacturing: Additive manufacturing with post-processing
Results:
The additive manufacturing approach to custom tooling delivered transformative results. Lead times were reduced by over 80%, enabling faster production ramp-up and greater flexibility to accommodate design changes. Cost savings of up to 50% were achieved on tooling, while performance in many cases matched or exceeded traditionally manufactured alternatives.
50%
Traditional tooling
80%
Faster lead time
100+
Custom tools produced
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