3D prototypingrepresents a fundamental turning point, combining innovation and precision to create high-quality products.This process allows ideas to be transformed into tangiblerealities with unprecedented levels of detailand accuracy.Thanks to 3D technology,every aspect of the footwear,from curvature linesto metatarsal support,is designed and optimized to ensure comfort,aesthetics,and functionality.

Once the 2D design phase iscompleted, where the generaltemplates with finaldimensions are created, the work moves to the 3D phase. In this space,the shape of the footwear is analyzed with attention tofeatures such as the dropand metatarsal supportto create the sole mold.The shapesections are adapted to the templates and sole sectionspreviously created in 2D.

Next, the 3D construction of the surfacesbegins, focusing on the harmony of the curvaturelines. The obtained 3D model is then prototyped using various molding techniques,chosen based on factors such as interlockingparts in the prototype, resistanceto heat and mechanicalstress, and budget.

The printed model is analyzed and, ifnecessary, further modified in 3D. After any final prototyping, the 3D model is delivered tothe mold makerfor the creation of the mold.