Automated Toolmaking System for Reducing Lead Times and Cost

Mantle’s automated toolmaking system combines CNC machining, advanced 3D printing, industry-standard tool steels and advanced software to streamline moldmaking, creating precision tooling with the accuracy, surface finish and durability demanded for tooling.

This integrated approach was developed for injection mold tooling and is said to significantly reduce lead times, costs and labor to empower moldmakers with even more efficiency and precision.

The process includes novel, hybrid technology by combining additive manufacturing with precision machining to automate complex mold geometries, which were previously reliant on EDM processes. Also, integrating conformal cooling channels enhances thermal management, reduces cycle times and improves part quality. It is said the process produces tooling components with high precision, surface finish and durability, which are essential for precision tooling and can significantly reduce the required postprocessing time.

Moldmakers can also benefit from the process’ accelerated timelines, offering significantly reduced tooling lead times, thereby boosting competitiveness and expanding business opportunities. The system can also increase capacity, enabling moldmakers to do more with less. Mantle automates the production of precision tooling, enabling toolmakers to focus on other critical tasks.

Significantly, the process also offers companies enhanced competitiveness. Onshore production safeguards IP, reduces supply chain risks and positions moldmakers strategically in competitive markets. The system can turn moldmaking into a strategic advantage, enabling manufacturers to efficiently bring high-quality products to market faster and at lower costs, transforming traditional challenges into strategic opportunities.