Eplus3D was founded in 2014 and is today one of the leading providers of complete solutions in the field of additive manufacturing of metals. To date, we have been able to help customers in over 40 countries worldwide to better manufacture their components through the realization of entire process chains. Through our team of engineers in Houston, we manage to adequately advise and support our existing and new customers at large. Our goal is to help them to achieve rapid success and economic growth with us at their side.

Hello, we are trinckle, an ambitious and award-winning tech Start-Up in Berlin, backed by top VCs. 3D-printing is our specialty and our cloud-based software, paramate, automates 3D design and enables mass customization of 3D-printed products. Our high-performance, easy to implement cloud-based solution is a tool for making innovative customizing applications. It is used for a wide range of industries, from mechanically optimized robotic components to patient-specific orthotics. And along with the 3D printing world, our team is growing and developing as well.

URMA entwickelt und fertigt Präzisionswerkzeuge in Rupperswil, Schweiz, die weltweit in der Metallindustrie bei Bearbeitungen von präzisen Bohrungen eingesetzt werden. Zusätzlich vertreibt und unterhält
URMA in der Schweiz exklusiv Werkzeugmaschinen des US-amerikanischen Herstellers «HAAS Automation», Automatisierungslösungen und 3D-Metalldrucker, sowie Polymerdrucker von «EOS» und Composite Drucker von «Markforged».

BigRep makes big, industrial 3D printers for big, full-scale parts (and even big batches of smaller parts). Our commercial 3D printers are up to 1 m3 in build volume, which in fact is big enough to hold 2 baby elephants or equals the build volume of about 40 desktop printers! ​ With a large 3D printer, you can advance your manufacturing capabilities with 3D printed prototypes, jigs and fixtures, patterns and molds and end use parts. Where size isn’t a limiting factor, BigRep industrial 3D printers are built to make you faster and more agile, getting your products to market ahead of the competition.

Founded in 2017, the team at Xact Metal recognized the tremendous value in metal 3d printing and wanted to make it available for everyone by reducing the price.

First printer shipments began in 2019 with the XM200C, the company’s first powder-bed fusion printer which operated with an XY gantry system designed for R&D, Universities and those transitioning from plastic printing into metal printing.

In November 2021, Xact Metal introduced the XM200G family of single-and-dual laser printers that utilize galvanometer mirrors, that achieve faster printing speeds for high through-put industrial applications.

The following fall, in September of 2022, Xact Metal announced the launch of the XM300G series, a mid-size printer family to support customers who want to print larger parts or larger quantities. With a build volume of 300 x 300 x 350 mm and the option of one, two or four lasers at 400W or 700W, the XM300G supports a wide variety of additive manufacturing applications. Xact Metal received its initial orders for the XM300G in 2Q 2022 and shipments are scheduled to begin Q3 2023.

The company has established a global network of sales and service partners to be able to support customers locally. Currently, Xact Metal has 26 exclusive resellers across 48 countries.

Additive Manufacturing neu denken – und zwar groß.
Wir sind leidenschaftlich, kreativ und Spezialisten auf unserem Gebiet.

Bei Q.BIG 3D haben wir uns spezialisiert auf die Entwicklung von Großformat 3D-Druckern, die die Herstellung großer 3D-Druck-Bauteile aus Kunststoffgranulat ermöglichen. Unser Team verbindet die Begeisterung für die Additive Fertigung.

Mit der geteilten Leidenschaft für 3D-Druck und dem Ziel diesen wirtschaftlich zu machen, gründeten Katja Schlichting, Dennis Herrmann und Michael Heel im Jahr 2019 die Q.BIG 3D GmbH. Das Unternehmen wurde für seine Technologie mit zahlreichen Awards ausgezeichnet, zuletzt im November 2021 mit dem Innovationspreis der Wirtschaftsregion Ostwürttemberg.

Besondere Merkmale des von Q.BIG 3D entwickelten und auch im industriellen Drucker QUEEN 1 eingesetzten VFGF-Verfahrens sind die Algorithmen-basierte Variabilität der 3D-Druckdüse für effizienten Materialeinsatz und die Verwendung kostengünstiger Rohstoffe.