The world of additive manufacturing opens up to new possibilities with the launch of the LATI3Dlab website, LATI's R&D division dedicated to 3D printing materials. This new online catalog provides immediate access to a wide range of AM (Additive Manufacturing) technical materials designed to meet the needs of both industry and makers.
The history of LATI3Dlab dates back to 2019 when it was founded as an integral part of LATI's Research and Development area. Since then, the multidisciplinary team of engineers, chemists, technicians, and researchers has tirelessly worked to develop advanced materials for 3D printing, both filament and granule. Innovative solutions have thus been developed that offer optimized mechanical strength, simplified workability, dimensional stability, and adhesion between layers and to the print bed.
What sets LATI3Dlab's "AM" materials apart is their wide range of properties and functional characteristics: from self-lubrication to self-extinguishing, from X-ray detectability to electrical conductivity and thermal conductivity. These materials offer superior performance in a variety of sectors, including electrical, industrial, medical, and food.
The launch of the LATI3Dlab website represents an important step forward in LATI's ongoing commitment to innovation and excellence in 3D printing.
LATI Industria Termoplastici and its LATI3Dlab division are increasingly becoming a point of reference for the selection and engineering of technical materials for the additive world. We invite all interested parties to explore the LATI3Dlab website and LinkedIn page to discover the endless possibilities offered by its advanced materials for 3D printing.
After an initial phase focused on developing aesthetic products and resins with limited thermal, mechanical and functional needs, the Additive Manufacturing market is today blossoming.
LATI3Dlab is the LATI Division created for the development of specific technical compounds (FFF and FDM) for additive manufacturing.
That was the challenge successfully taken up, in 2021, by 3D modeller Michelangelo Agostinetto, with the support of Fabula 3D and LATI3Dlab.