Can 3D pattern making become the new production standard?

April ‘26

To begin, let me introduce myself: my name is Benedetta, I’m 29 years old, I’m a 3D pattern maker and this is my journey.

In a time where new technologies are emerging and trying to establish themselves within the fashion industry, I often ask myself: how are they really perceived by those who work in this field?

My goal within this evolving landscape is to translate these tools into a more concrete and truly sustainable workflow, supporting companies across all stages of the process, from research and development to design and production. 

My journey started early. I grew up surrounded by fabrics and fashion magazines: my mother worked as a textile designer, and my grandparents owned a high-end fabric store. I spent hours there, between materials and paper, constantly drawing and observing.

After high school, I continued my studies at Polimoda in Florence, where my path in fashion design began to take shape. In 2021, I integrated my education and work with CLO3D, a tool that immediately became central to my way of thinking and designing.

Today, I work in the fashion industry for a textile company in Tuscany, closely connected to pattern making and product development. I have rediscovered a deep passion for innovation, research and technology.

Over the past few years, I’ve been exploring how 3D design can support and enhance traditional processes, especially in the early stages of garment creation.

My work focuses on building a more efficient and informed workflow, where a design can be analyzed before it is physically produced. Starting from print development, I move through placement on the pattern, 3D visualization, and final fabric layout optimization. The goal is to preview the garment before printing, cutting, and sewing, reducing errors and improving overall accuracy.

At the core of this process is the construction of the garment in 3D. Beginning with precise 2D patterns, I define geometry, assign fabric properties such as weight, stiffness, and drape, and simulate realistic materials. The garment is then fitted onto an avatar based on specific body measurements, allowing for a controlled and consistent evaluation of fit.

What I find particularly valuable is the ability to support this analysis with data. Stress and strain maps help identify tension points and fabric deformation, making the fitting process more objective and measurable.

Even small changes in proportions can significantly affect the final result, and 3D allows these variations to be tested in advance.

3D allows teams to identify issues earlier, reduce miscommunication, and validate technical decisions more efficiently. At the same time, 3D remains a space for exploration: it creates a continuous dialogue between construction and perception, where garments can be assembled, adjusted, and refined while already visualizing their final outcome.

This makes it possible to test different design options quickly, evaluate proportions, and iterate faster before moving into physical sampling.

From my experience, this process is particularly effective in the early stages. It supports decision-making, helps analyze garment balance, and highlights fitting issues that might otherwise appear only after production. However, it also requires a solid technical foundation and a critical approach to be used effectively.

Today, I see 3D as a connection point between tradition and innovation. It does not replace the physical process, but expands it, creating new possibilities to test, correct, and anticipate.

This is why I truly believe in Studioforma: a new digital platform that allows the collaboration between designers and manufacturers where 3D is the common language they speak.