END-2-END WORKFLOW FOR INDUSTRIAL WAAM
MetalXL enables industrial 3D metal printing of medium to large metal parts in-house, using robotic WAAM technology (Wire Arc Additive Manufacturing).
END-2-END WORKFLOW FOR INDUSTRIAL WAAM
MetalXL enables industrial 3D metal printing of medium to large metal parts in-house, using robotic WAAM technology (Wire Arc Additive Manufacturing).
END-2-END WORKFLOW FOR INDUSTRIAL WAAM
MetalXL enables industrial 3D metal printing of medium to large metal parts in-house, using robotic WAAM technology (Wire Arc Additive Manufacturing).
MetalXL joins an industrial robot and a power source and transforms it into an industrial-grade 3D metal printer
Its streamlined end-to-end workflow allows users to easily manage the printing process from design to print. MetalXL is WAAM-dedicated, hardware independent, and allows 3D metal printing at substantially lower CAPEX and OPEX.
MetalXL joins an industrial robot and a power source and transforms it into an industrial-grade 3D metal printer
Its streamlined end-to-end workflow allows users to easily manage the printing process from design to print. MetalXL is WAAM-dedicated, hardware independent, and allows 3D metal printing at substantially lower CAPEX and OPEX.
MetalXL CAM is the dedicated interface for path planning, which includes an extensive printing strategy library for various metal alloys, feasibility check tools and advanced slicing/solving.
MetalXL Live is the print monitoring interface. It allows the user to simulate the print, control the process in real time and log the data thanks to the MetalXL control system.
MetalXL Viz, for post-printing analytics. it displays a 3D report of the acquired data for extensive post-printing analytics, for defects detection, certification of the printed parts and strategy refinement.
MetalXL CAM is the dedicated interface for path planning, which includes an extensive printing strategy library for various metal alloys, feasibility check tools and advanced slicing/solving.
MetalXL Live is the print monitoring interface. It allows the user to simulate the print, control the process in real time and log the data thanks to the MetalXL control system.
MetalXL Viz, for post-printing analytics. it displays a 3D report of the acquired data for extensive post-printing analytics, for defects detection, certification of the printed parts and strategy refinement.
The full MetalXL workflow, including multi-strategies and multi-direction slicing.
It also shows our dedicated analysis interface’s post-printing 3D visualization of the parameters in MetalView.
This wheel bracket is printed in 308L stainless steel within 24h:
Weight (before post-processing): 13.9kg
Dimensions: 290x200x75mm
Manufacturing time: 14h (6h printing + 8h cooling)
Printing strategies used: Solid zigzag + 4mm single walls
The full MetalXL workflow, including multi-strategies and multi-direction slicing.
It also shows our dedicated analysis interface’s post-printing 3D visualization of the parameters in MetalView.
This wheel bracket is printed in 308L stainless steel within 24h:
Weight (before post-processing): 13.9kg
Dimensions: 290x200x75mm
Manufacturing time: 14h (6h printing + 8h cooling)
Printing strategies used: Solid zigzag + 4mm single walls
Better, faster and easier industrial 3D metal printing
MetalXL comes with an intelligent MetalXL Control System directly connected to the robotic WAAM system for enhanced print performance. It improves consistent performance and productivity by smart sensors for continuous monitoring while supporting the operator with real-time feedback and advanced insights into the printing process.
Built-in metal alloy library with verified and tested WAAM process parameters
Add new alloys and specific parameters with the automatic calibration tool
Multiple printing strategies available for optimizing the print quality
Enhanced productivity and material performance due to smart sensors
Direct control and operator feedback on print process and performance
Live process monitoring and simulation, including automated issue detection
Advanced WAAM parameter logs for print quality analysis and validation
Improved insights into the printing process due to 3D visualization tools
Better, faster and easier industrial 3D metal printing
MetalXL comes with an intelligent MetalXL Control System directly connected to the robotic WAAM system for enhanced print performance. It improves consistent performance and productivity by smart sensors for continuous monitoring while supporting the operator with real-time feedback and advanced insights into the printing process.
University West (Sweden) uses MetalXL to improve their research on robotic WAAM.
“Thanks to MetalXL’s overhang management algorithms, we have been able to produce large dimensions thin walls with Inconel and nickel-based alloy thin, with up to 40 degrees angles without external manipulator. Moreover, by applying minor changes to the included 308L stainless-steel parameter set, we have been able to print Inconel with outstanding results.”
Kjell Hurtig, Research Engineer, University West (Sweden)
The benefits of MetalXL for the production of complex components in the energy industry.
“The understanding of welding science by MX3D and its application into MetalXL led to the possibility of printing complex components without defects such as lacks of fusions, that we often had using non-optimal subtractive manufacturing path planners”, says Scott. The MetalXL Live interface was a game changer for the team, who are now able to monitor and control the WAAM process in real-time at high resolution: “The fact that we can get feedback on the process is an important advancement, especially being able to control the interpass temperature”.
Scott Macdonald, Welding Engineer and Additive Manufacturing Lead, Whittaker Engineering (Scotland)
Do you need to know more?
Contact our MetalXL experts to get more information about features,
compatibility and pricing, or to request a live demo of MetalXL