Production-Ready WAAM
Fully integrated 8-axis robotic system built with renowned industrial hardware to bring medium-to-large scale metal 3D printing to your factory floor.
Unmatched Manufacturing Speed
Deposit rates up to 8 kg per hour drastically reduce lead times, manufacturing time, and part costs compared to traditional methods.
Superior Print Quality
Built-in MetalXL software provides dynamic, in-process parameter control for excellent material properties across a wide range of critical metal alloys.
WAAM system offering a print volume of 2,200 x 1,400 x 1,700 mm and prints up to 750 kg.
Powered by a multi-transfer mode power source, enabling flexible print procedures across all weldable alloys.
Integrated MetalXL Control System featuring 21.5" touch screens for intelligent automation, advanced control, and real-time print monitoring.
Advanced sensor suite for dynamic interpass temperature tracking and optional 3D scanning or thermal cameras.
Includes automated torch calibration, torch cleaning, tip changer, and active cooling engineered to maximize system uptime and continuous output.
From CAD to Print in One Go
The M1 Metal AM System provides a streamlined entry into industrial-grade metal additive manufacturing. Fully equipped with hardware from leading robotic and welding brands, the system relies on high workflow automation and intelligent software that requires only basic engineering skills to operate.
Streamlined End-to-End Workflow:
MX3D’s MetalXL suite seamlessly handles everything from CAD toolpath planning (CAM) to live metal printing (Live) and post-print analytics (VIZ).
Cost-Effective Production
Achieve up to 50% lower CAPEX and over 3x lower OPEX than powder-based laser 3D metal printing systems.
Extensive Material Library
Print with nearly all weldable alloys, including high-strength steels, aluminum, bronze, nickel, and copper-based alloys.
Proprietary MetalXL Integration
Quality is driven by intelligent automation. The M1 Metal AM System is deeply integrated with MetalXL, delivering advanced process control and high-resolution logging of core process parameters to ensure complete traceability.
Entire End-to-End Workflow
WAAM-dedicated software incorporating the full workflow from CAD to print, built by WAAM specialists at MX3D
Dynamic Toolpath Streaming
Print the next layer only when pre-set parameter levels, such as interpass temperature, are perfectly met.
Digital Twin Analytics
Visualize logged data post-print as a 3D point cloud and compare it directly to the printed object to continually optimize parameters.
Real-Time Anomaly Detection
The system automatically triggers start/stop protocols or sends live alerts to the operator’s preferred device if unexpected print parameter deviations occur.
Validated by BMW Group
The M1 Metal AM System and its proprietary MetalXL software are used by industry leaders like the BMW Group to produce advanced metal components. Through rigorous testing, BMW engineers demonstrated that WAAM components printed on our systems can withstand high pressure. By perfectly coordinating robot path planning and the welding process, the M1 enables highly efficient, cost-effective production that reduces both material waste and manufacturing emissions.s can withstand high cyclic loads even without surface post-treatment. By perfectly coordinating the welding process and robot path planning, the M1 enables highly efficient, cost-effective production that actively reduces both material waste and manufacturing emissions.
M1 System
Selected M-System Users
Why Choose MX3D?
Production-ready robotic WAAM systems built specifically for industrial manufacturing
Complete CAD-to-toolpath control, real-time QA/QC monitoring, and high-resolution data logging.
Dynamic in-process parameter control ensuring consistent, repeatable y material properties for critical industrial applications.
Deposit rates up to 8 kg per hour to slash lead times and drastically reduce component costs.
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Accelerate your production capabilities, cut lead times, and open new possibilities in large-scale metal manufacturing.
