Cutting-edge Solutions for Frontier Applications

LATI listens to your needs and develops innovative materials capable of addressing the most complex challenges. Thanks to constant investments and the know-how of our researchers, Research and Development leads the market, anticipating trends and technologies.

In our state-of-the-art laboratories and technological unit dedicated to extrusion, molding and LATI3Dlab, we transform ideas into concrete solutions.

Our collaborations with universities and international research centers strengthen our expertise and allow us to continuously expand the boundaries of innovation.
LATI research technicians working in the laboratory for development

Research and Testing also in Processing

Our R&D department develops advanced compounds and customized solutions, testing and certifying each material to ensure excellent performance.

All LATI compounds are injection molded and tested in the internal molding shop, where material processability is ensured even in molds with challenging geometries.

Materials intended for 3D printing from filament and pellets are also optimized by simulating their respective processing methods.

Excellence in Instrumentation for Continuous Improvement

To effectively carry out research and development work, LATI relies on a laboratory equipped with the best investigation and verification equipment. This approach enables LATI to offer materials with verified and guaranteed performance, even in innovative applications.

Analytical Laboratory

The analytical laboratory is equipped with:

  • Infrared spectroscopy (FTIR)
  • X-ray spectrophotometry (XRF)
  • Thermogravimetry (TGA) and differential scanning calorimetry (DSC)
  • Rheometry for viscosity measurements
  • Colorimetry
Analytical Laboratory

Compound Characterization

Compound characterization is performed using:

  • Dynamometers operating at various temperatures
  • Impact pendulums
  • Dynamic mechanical analysis (DMA)
  • Next-generation HDT and Vicat
Compound Characterization

Functional Properties Verification

The verification of compound functional properties is performed with specific and dedicated instruments, properly customized to offer:

  • Tribological analysis of wear and friction
  • Thermal conductivity measurements in-plane and through-plane
  • Electrical conductivity and electromagnetic shielding measurements
  • Evaluation of resistance to UV radiation, weathering, and heat
Functional Properties Verification

Focus on Flame-Retardant Materials

Naturally, for flame-retardant materials, there is a dedicated LATI laboratory where material flame performance is tested:

  • UL94
  • GWIT and GWFI verifications
  • CTI and STT measurements
Focus on Flame-Retardant Materials
LATI research and development team posing in the laboratory

Innovation in Processes and Technologies

At LATI, innovation means not only researching new materials but also continuous evolution of production processes.

Our R&D department develops advanced compounds and customized solutions, testing and certifying each material to ensure excellent performance.

In parallel, the Technology & Innovation function works on factory optimization: from plant layout to digitalization, from machine efficiency to researching new technologies to make processes increasingly sustainable and efficient.

The close collaboration between these two areas is what allows us to offer innovative, reliable, and quality materials, combining scientific creativity with industrial accuracy.

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European Projects: LATI's Contribution to Research on Advanced Materials and Nanotechnologies

LATI actively participates in European research and innovation projects, particularly within the FP7, Horizon 2020, and Horizon Europe framework programs. These collaborations highlight LATI’s expertise in advanced materials, nanotechnology, and sustainable solutions.

2025-2028

DESIDERATA – Horizon Europe Innovation Action

Funding Program: Horizon Europe – Innovation Action Grant Agreement ID: 101178011

DESIDERATA is a Horizon Europe project (Grant Agreement No. 101178011) involving 16 partners from 13 European countries. The overall objective is to transform chemical innovation by integrating the framework Safe and Sustainable by Design (SSbD) promoted by the European Commission.

Its specific objectives include:
  • the formulation of safer and more sustainable flame retardants for injection and 3D printing applications;
  • the development of PFAS-free thermoplastics for additive manufacturing;
  • the creation of lightweight and fire-resistant geopolymer materials, graphene-based non-stick coatings and eco-friendly lubricants.
LATI is a key partner in the project, thanks to the contribution of its highly qualified technical team. Our role is central in developing safer and PFAS-free flame retardant materials, particularly for 3D printing, in line with the experience gained in the LATI3Dlab and with the ongoing commitment to developing halogen-free retardant systems. LATI’s participation in DESIDERATA represents a concrete investment in future materials, demonstrating commitment to safer and environmentally responsible solutions. The project consolidates LATI’s position as a proactive entity in responding to regulatory and ecological challenges related to chemical safety and circularity.
desiderata-project.eu
LinkedIn - DESIDERATA Project

Completed Projects

2020-2024

SAbyNA – Safe(R)-by-Design in the Thermoplastics Supply Chain

Funding Program: Horizon 2020 – NMBP
Grant Agreement ID: 862419

SAbyNA developed adaptive methods for risk assessment and application of Safe(r)-by-Design principles in the production of nano-enabled products.

LATI played a key role in the project, producing high-performance thermoplastic compounds, particularly filaments for 3D printing. Nano-Ag/PP and SWCNT-PC filaments were produced for case studies. Experimental activities also included sampling at the LATI pilot plant, with staff support during the measurement campaign.

Publication 1
Publication 2
Video
sabyna.eu

2013-2017

GUIDEnano

Funding Program: FP7 – NMP
Grant Agreement ID: 604387

GUIDEnano developed methodologies for assessing and mitigating the risk of nano-enabled products for human health and the environment. The project created innovative strategies and a digital tool to support the nanotech industry.

LATI participated in the project with a specific contribution to the study of high-performance polymers, analyzing polypropylene (PP) samples with different concentrations of TiO₂ nanomaterials and their degradation over time. This work was fundamental in understanding the behavior of nano-enabled materials during their lifecycle.
guidenano.eu

2011-2014

Nanomaster

Funding Program: FP7 – NMP
Grant Agreement ID: 285718

The Nanomaster project developed graphene-based thermoplastic masterbatches for conventional and additive manufacturing processes. The goal was to leverage graphene benefits and strengthen European competitiveness in emerging markets.

LATI participated in the project, demonstrating early interest in applying innovative materials like graphene for developing high-performance compounds, both for traditional molding and 3D printing.
Project details on CORDIS

2010–2013

NANOPOLYTOX

Funding Program: FP7 – NMP
Grant Agreement ID: 247899

The NANOPOLYTOX project (Grant Agreement ID: 247899) studied the toxicological impact of nanomaterials derived from the processing, aging, and recycling of polymeric nanocomposites used in various industrial applications.

LATI directly participated in the project, demonstrating early commitment to analyzing the environmental and health effects of nanomaterials throughout their lifecycle. This participation as early as 2010 demonstrates the company's willingness to address safety challenges well before the SSbD framework became widespread.
Project details on CORDIS

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F.A.Q.

Frequently Asked Questions

LATI offers the development of new materials and improvement of existing products to meet new performance or processing requirements. All this within a context of continuous research on new raw materials, processing technologies, and production processes.

When using LATI materials, the service is offered free of charge, subject to internal feasibility assessment.

LATI employs state-of-the-art analytical techniques. However, LATI is not a certified laboratory, and all investigations conducted in our departments are for internal use only.

LATI maintains stable collaborations with universities and specialized laboratories worldwide, also participating in international projects to enhance its expertise

Certainly, we are always open to new initiatives! LATI values innovation and believes in the power of teamwork. If you have an interesting project or collaboration proposal, don’t hesitate to contact us. We’ll be happy to evaluate together how to combine our expertise to develop winning solutions. Contact us here to propose your project!

Of course it’s possible! LATI is always looking for young talent and offers internship opportunities and collaborations for PhD students and thesis candidates. Our experts will be ready to welcome you into LATI teams to work together on innovative projects, thus enriching mutual experiences. Contact us here to apply!

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