At Fass, technological innovation has always been at the core of our production process. This allows us to
remain competitive in the market and achieve increasingly high performance, thereby offering a superior
experience to our clients.
Over the years, we have chosen to invest in automated and cutting-edge machinery, introducing solutions
that have led to significant process innovations. Below are three key examples implemented in our facility.
Three-fiber, five-axis technology: a revolution in broom production
We were among the first companies in Europe to adopt three-fiber, five-axis technology for broom
manufacturing.
This advanced system allows for more precise and flexible operations, thanks to a high level of automation
and optimized raw material management.
The technology enables us to insert up to three different types of fibers into a single broom—each with
specific properties in terms of rigidity, density, and cleaning performance. The result is a more efficient and
durable product, capable of adapting to different surfaces and ensuring a deeper clean.
Full-electric molding: precision and sustainability
We’ve also chosen cutting-edge solutions in our molding department.
Our full-electric presses ensure extremely precise control over the process, providing significant advantages
in terms of finished product quality and energy efficiency.
This technology reduces emissions, minimizes oil usage, and allows for greater repeatability in production
cycles—delivering stable and consistent results even at high volumes.
Mop production: up to 5 materials in a single component
Finally, in the mop production process, we use an automated machine that allows us to combine up to five
different materials in a single production phase. Currently, we work with microfiber, nonwoven fabric,
flock, and spider mesh, in various colors and combinations—but we offer full customization flexibility.
This system enables us to integrate materials with different functions, such as absorbency, durability,
flexibility, and cleaning power, into one component.
This approach not only allows us to customize the technical features of each product to suit our partners’
needs, but also to optimize time and resource use, significantly reducing material waste.




