
3D Heels
Heels with Innovative Design
At Guimer, the creation of heels with cutting-edge design blends creativity and technological innovation. With our 3D Laser Technology Reticube®, we produce heels with three-dimensional shapes, selecting the most suitable materials to ensure high-quality products. The custom design of heels is a creative journey that follows every step of the production chain: from the original idea to the design, from prototyping to final production.



Statement Heels: A Style Choice
The heel is the defining element of every shoe, capable of shaping its character and the personality of the person who wears it. Our attention to the choice of shape and size is crucial to ensure that each model stands out. We offer a wide range of heels, including:
- Sculptural heels
- Stiletto heels
- Cage heels
- Ultra-light heels
- Custom heels
Custom 3D Heels: From Design to Prototype
For designers and brands who want custom heels, our technical team transforms any idea, sketch, or drawing into a 3D model, printing prototypes that faithfully reflect the final design. This process not only ensures unprecedented customization but also the optimal choice of materials for a high-quality accessory.






Reticube® Technology: Lightness and Strength
Thanks to Reticube® Technology, we produce heels in brass and steel characterized by complex undercuts and hollow cage structures, combining lightness and strength. This innovation eliminates the costs associated with mold production, allowing for agile and customized manufacturing.
100% Made in Italy Quality and Tradition
The complete internalization of production in our facilities in Bologna demonstrates our commitment to excellence and quality control, from concept to production. Each heel that leaves our headquarters is a tribute to Made in Italy, bringing the Guimer style to the most prestigious fashion runways.
Our Fashion Accessories
Contact us for informations
Request more information about the production of custom heels using the Reticube® technology patented by Guimer.




