At FORG3D, we are embarking on a mission to transform the realm of large-scale metal additive manufacturing, surpassing the limitations of traditional forgings. By employing advanced Direct Energy Deposition (DED) and Wire Arc Additive Manufacturing (WAAM) technologies, we present a world of limitless opportunities for our customers.
SAEKI is building the flexible lights-out factories of the future leveraging digital manufacturing and robotics. We provide end-to-end automation for 3D Printing, machining and inspecting functional large parts, delivered next day.
By making full use of 3D digital technology, we are conducting research and development that looks ahead to the next generation of manufacturing, away from the current mass production and mass consumption society. First of all, in order to realize material recycling, we are researching 3D printing technology for various resin materials (pellets) and developing our own domestically produced ultra-high-speed and large-sized additive manufacturing machine (3D printer).
Rosotics produces hyper-efficient metal additive manufacturing solutions to solve tougher problems in industrial engineering. With the Rapid Induction Printing approach, we enable industry to additively manufacture structures using far less energy and material resource than any other alternative method.
HB3D is a technology developer and manufacturing company specialized in robotic printing. We have all the necessary knowledge in the field of plastic extrusion, robotics and CAD/CAM automation software
BIAM offers its customers original solutions for industrial manufacturing - based on an innovative business model (including self-developed software technology) with which we aim to merge the advantages of 3D printing with already established manufacturing processes. We are convinced: Manufacturing is far from finished. Time to rethink things.
KraussMaffei is one of the world's leading manufacturers of machines and systems for producing and processing plastics and rubber. Our range of products and services covers all technologies in injection molding, extrusion and reaction process machinery.
Largix is the first company to develop and commercially produce Robotic Production Platform for digital production. We have invented the "Cold 3D Printing®" technology that makes 3DP possible for industrial production of custom made products.
MilleBot designs and builds to order patented advanced digital-manufacturing systems with the standard ISO conex shipping container. Our team strives to offer the best enclosure and structure, components, and software to deliver production-ready open tool head machine solutions that are user serviceable with hand tools. Our industry leading very large format machine offerings include additive (thermoplastic, cement, and metal), subtractive CNC (spindle, laser, plasma, and water), hybrid (additive and subtractive), and multi-process “all-in-one” models (additive, subtractive, and scan).
Liqtra - a merger of the two startups Gudemo and HoGroTec - develops innovative hardware and software for industrial 3D printing with plastics. Thanks to patent-pending technologies and smart software (production management, slicer, control), the 3D printing process is simplified and accelerated - and the component costs are also reduced. We offer both Fused Filament Fabrication (FFF/FDM) and Fused Granulate Fabrication (FGF) solutions.
Yizumi, a Chinese mechanical engineering company with more than 3,00 employees, manufactures and offers automated solutions in injection molding, die casting, rubber injection molding, thixomolding and 3D-Printing, making it the only machine manufacturer in the world to cover all areas of high-pressure molding. The company ranks second worldwide in terms of production volumes.
The 3DKG printer processes granules at temperatures similar to those used in injection molding and is much faster than others. To do this, the inventor had to solve a fundamental problem.
For the production of 3D-printed plastic parts in the FFF or FDM process (Fused Filament Fabrication or Fused Deposition Modeling), wire-shaped filaments are usually used today.
Fraunhofer IWU has developed the so-called Screw Extrusion Additive Manufacturing process as an industrial 3D printing method. A screw extruder already known in extrusion technology is used here. The biggest advantages compared to conventional plastic 3D printing processes are the processing of inexpensive standard granulation and the high throughput.
Magnum Venus Products (MVP) is a global manufacturer of fluid movement and production solutions for industrial applications in composites and adhesives markets. MVP collaborates with its customers to offer tailored production solutions to meter, mix, dispense, and apply materials. For over 80 years, MVP has been a leading equipment provider for the marine, infrastructure, pool and bath, oil and gas, transportation, aerospace, and wind industries.
MTorres is a provider of innovative, integrated and intelligent automation solutions for the global industry. Our vision is to be a world leader in providing solutions from innovation, technology and people, being for our customers, key partners in the pursuit of competitiveness.
Breton holds the exclusive right on the "Metalquartz" technology applied to the sector of high speed machining centres, which allowed to considerably increase the machining performances. In the course of time, Breton developed a full range of machining centres, that satisfy all the requirements of the following industrial sectors: Aerospace, Defence, Aeronautics, Automotive, Naval, Motor Racing, Gears, Energy, Die, Automotive and Naval Modelling and Prototyping, General Manufacturing Industry.