Met3D Software To harness the full power of inkjet, a print-prepared 3D model or batch should be optimised specifically for inkjet. Met3D™ with ShellProTM patented technology utilises high-performance, proprietary processing to transform slices from existing commercial build preparation tools to compatible files for printing in high resolution, at variable density and with multiple materials on 3D printers incorporating the Meteor datapath. In addition, Met3D can quickly shell, infill and slice STL files, a capability which is helpful for development work. • Conversion of 3D CAD model slices from commercial • Integrates inkjet 3D printer systems into an industry build preparation tools to an inkjet compatible format • High resolution (1200dpi), variable density (4bpp) and multi-material printing capabilities • Tools for slicing and shelling STL and OBJ files with unique variable density infill • GUI driven workflow with 3D image preview standard workflow • Provides high definition reproduction of an original CAD model on Meteor-based printers • Variable density infill minimises waste and drying time in binder jetting, particularly for sand casting • STL slicing offers a quick start when developing a Meteor-based 3D printer. Industrial Inkjet Additive Manufacturing Solution Model creation Commercial Build Processor Advanced 3D Model Processing and Preparation Inkjet 3D Processor High Performance Slice Processing Optimised Slices MetPrint MetScan2 Meteor 3D Printing System Met3D Production Workflow R&D Workflow

Industrial Inkjet Solutions For Additive Manufacturing Why inkjet? Inkjet technology offers distinct advantages over other methods of 3D printing including the ability to build highly detailed forms in layers from multiple different materials. This capability has resulted in the advancement of two major additive manufacturing categories: binder jetting and material jetting. With an ever increasing assortment of novel applications in these categories, binder jetting and material jetting represent the cutting edge of additive manufacturing. Technology Common Applications Sand Casting Sand is selectively...