Innovative Collaborations and Cutting-Edge Products in XTPL's Portfolio

The collaboration, which has been running since the beginning of 2022, aims to develop a special conductive ink formulation for use in additive manufacturing electronics (AME) for devices manufactured and supplied by the industrial partner. The solutions under development are designed to provide high conductivity for Nano Dimension products focused on AME markets. By March 2023, three phases of the technology phase had been completed and three tranches of payments had been triggered. As of the end of March 2023, key elements of the fourth phase have been realized and another payment tranche has been released.
EPSILON printing module for industrial integration. The EPSILON product line, which is being developed by XTPL, represents modular UPD dispensing devices designed for integration into industrial systems, allowing industrial integrators and end customers to benefit from the ability to print functional structures with high resolution and packing density. These printing modules with compatible silver nanopaste allow ultra-precise creation of conductive lines on the selected process substrate in low- and high-volume applications. In addition to significant market interest in evaluating an EPSILON-type solution, XTPL is in advanced talks to commercialize EPSILON module solutions with three global consumer electronics manufacturers (in Europe, South Korea and the US) and four industrial integrators and industrial machine manufacturers (in Taiwan, South Korea and the US).
The Delta Printing System is a stand-alone R&D and prototyping system that allows testing the capabilities of the UPD technology developed by XTPL on a variety of substrates and with silver nanopaste provided by XTPL. The device is also tasked with promoting XTPL's technology to the world's opinion leaders in the high-tech industry - including top academic, scientific, and R&D institutes of electronics manufacturers. Commercialization of the Delta Printing System began in late 2020 and early 2021.