Meltio Offers Toolpath Generator Software for Metal 3D Printing
Meltio Horizon uses the laser-wire metal deposition process with the Meltio M450.
Share
Meltio offers its proprietary toolpath generator software, Meltio Horizon, which provides a user experience tailored around its plug-and-play metal 3D printer, the Meltio M450. The new software uses the laser-wire metal deposition process with the Meltio M450. Meltio users had previously been reliant on third-party fused filament fabrication (FFF) slicers to prepare toolpaths for the Meltio M450.
In addition to traditional slicing parameters used in FFF software such as layer height, line width, print speed and support materials, the new Meltio Horizon provides access to Meltio’s laser-wire process, as well as material-specific parameters such as laser power, dual wire and hot wire settings.
With the Meltio Horizon software, all of the material-related settings are directly in the slicing software, enabling for full control and a single profile. This also enables users to create more specialized printing profiles, with the power to directly control the laser and hot wire on a per-slicing-feature basis, rather than being set for the full part.
This slicer is currently only compatible with the Meltio M450 metal 3D printer. For Meltio engines (CNC and robot integration), the company is currently working on developing its open software ecosystem partnerships that allow the generation of five-axis G codes.
Features of the Meltio Horizon include cost calculation per part in each project; custom build plates and work spaces; 2D and 3D previews; and convenient storing and sharing of the complete project file, consisting of the model file, workspace, build plate as well as gas and material profiles.
Updates of the Meltio Horizon and new printing parameters are available directly through the slicer. According to Meltio, new materials and printing profiles will be released periodically.
Related Content
-
Chuck Jaws Achieve 77% Weight Reduction Through 3D Printing
Alpha Precision Group (APG) has developed an innovative workholding design for faster spindle speeds through sinter-based additive manufacturing.
-
Designing a 3D Printed Part with Machining in Mind
Designing extra stock and mounting features into a 3D printed part can aid in machining processes downstream.
-
Digitalization and Done-In-One Reign Supreme at BIEMH 2024
European manufacturers may have a different balance of markets than their U.S. counterparts, but the practical challenges they must overcome are often similar — as are the solutions.