Impact Labs, an Israeli hardware & AM innovation center, has added the Tritone Dim system to their versatile AM machines portfolio, allowing for industrial additive manufacturing of metal and ceramic parts.
Tritone Technologies has successfully completed the installation of its Tritone Dim system at Impact Labs, which operates as an Israeli Innovation Hub focused on validating new processes and applications in the AM industry that features a growing array of metal 3D Printing systems. By using Tritone’s MoldJet technology, Impact Labs will broaden the productivity and range of materials they can provide to their existing and growing customer base.
The Impact Labs project is the result of a campaign led by SU-PAD, Tritone’s exclusive distribution-channel partner in Israel. This project is highly significant to Tritone, as it strengthens the company’s presence in Israel, thus strengthening its global presence, alongside their already established reach in Europe and the United States.
“Impact Labs has the vision to enable our customers to bypass the high barriers of owning an industrial AM machine and allow R&D and manufacturing access to the knowledge and operations of our printers and infrastructure”, said Idan Keisar, Co-founder of Impact Labs. “We are a meeting place for humans and machines to quickly solve challenges, so adding a new technology that enables us to switch between metal materials twice a day helps us boost innovation that creates new AM applications, which is the actual frontier for AM market today”.
“Tritone’s innovative technology successfully tackles critical challenges within the Metal AM sector”, added Ziv Sadeh, CEO, SU-PAD. “Allowing for Tritone’s Dim system to manufacture metal and ceramic parts in Israel will provide companies in the industry the ability to offer complex features they couldn’t offer in the past, thus allowing them to reach potential customers they couldn’t reach before”.
MoldJet technology allows for the industrial production of high-quality metal and ceramic parts at a rapid pace and is specifically designed for producing large quantities of high-density parts with complex geometries, using a variety of metal and ceramic materials. This enables parallel manufacturing of parts of different sizes, shapes, and applications. MoldJet technology also provides manufacturers with great flexibility by supporting quick and simple changeover between a wide selection of metal and ceramic materials.
