Nick specializes in the tooling design and manufacturing process optimization of injection molds, adept at applying DFM principles during the design phase to achieve mass production with reduced complexity and enhanced stability. With extensive experience in cross-functional collaboration and data-driven decision-making, he is capable of translating complex molding constraints into clear design guidelines, helping teams strike an optimal balance between efficiency and quality.
The Tooling DFM (Design for Manufacturing) process involves optimizing a product’s design for efficient and cost-effective manufacturing, focusing on aspects like material selection, part geometry, and mold design to prevent defects and reduce complexity when creating tools (such as molds).
Read more
The tooling design process primarily includes three key stages: Product Analysis, Tooling Structure Design, and Drawing Output and Verification.
Read more