X5 FastMig is a modular multi-process welding system for industrial applications primarily developed for high performance MIG/MAG welding.
The X5 FastMig is a modular, industrial welding system designed for high-performance MIG/MAG welding. It features Weld Assist for quick parameter setup, digital controls, and WeldEye ArcVision for data logging. The system supports multiple welding processes including TIG, plasma, and manual modes, with options for 400A or 500A power sources and various wire feeders. It includes automatic wire calibration, USB backup, and customizable display settings.
The system is built for flexibility, with interchangeable components and accessories for different applications. It also includes energy-saving features like AutoCool and digital welding procedures (dWPS) to ensure consistent results and reduce energy consumption. WeldEye ArcVision provides Industry 4.0 integration for data collection and analysis, available as a free trial.
| Weld Assist | Automatically sets welding parameters based on joint type, position, and material thickness |
|---|---|
| WeldEye ArcVision | Industry 4.0 digital service that logs welding time and parameters |
| Power Sources | Available in 400A and 500A models with Pulse and Pulse+ options |
| Wire Feeders | Includes options for 200mm and 300mm spools, SuperSnake GTX, and HD300 models with self-illumination |
| Cooling System | AutoCool dynamically controls airflow and cooling cycle based on welding time |
Weld Assist automatically sets welding parameters based on joint type, position, and material thickness, speeding up setup by up to 60% compared to manual settings.
WeldEye ArcVision is a digital service that collects and visualizes welding time and parameters, enabling data analysis for improved productivity and quality.
The X5 FastMig is available with 400A and 500A power sources, including Pulse and Pulse+ options for different welding applications.
AutoCool dynamically controls airflow and cooling cycle based on welding time, reducing energy consumption and noise.