The ModuleWorks Selective Laser Melting (SLM) calculation core enables you to quickly and easily develop your own comprehensive SLM solution that goes beyond the standard functionality.
The SLM component offers high performance laser melting and a range of materials including plastics, metals, ceramics and sand. Chess, striped and parallel hatching as well as features such as rotational angle increment and opening limit angle give you full application flexibility for cost-effective rapid prototyping and manufacturing of a wide range of parts.

3D printing has a wide field of application using well known plastic extrusion processes such as FDM: from very small to large components, from carbon-based component production to concrete printing and the construction of entire houses. The ModuleWorks 2.5D Additive module helps you master the complex challenges in this demanding environment. It gives you all the flexibility you need to freely configure all sub-components, such as free print pattern generation in the infill and in the support areas. We are continuously developing and expanding the module to encompass future challenges such as non-linear printing and 3+2 applications.

The ModuleWorks Wire Arc Additive Manufacturing (WAAM) calculation core incorporates a toolpath planning algorithm epecially suited for manufacturing complex geometries and customized structures. The various process parameters such as welding speed, current, voltage and wire feed speed are defined in the Post Processing Framework (PPF) to achieve a specific geometry wall width/height (multi-layer) with maximum deposition efficiency. This calculation core facilitates the manufacturing of near net shape geometries for varying welding processes like Cold Metal Transfer (CMT) and synchrofeed welding.