• These are automatic welding machines designed for high productivity. These systems are typically combined with peripheral devices such as robots, auxiliary motors, and positioners.
• Capable of MIG, TIG, plasma, and laser welding, they offer advantages such as vibration-free operation and flexible maneuverability in confined spaces.

Working:

• Programming:  The robot is pre-programmed to perform a specific welding process. This programming includes setting the weld points, welding speed, current, and voltage.
• Positioning: The robot ensures proper positioning for the welding process. Because they typically have a multi-axis design, they can easily move to different angles and positions.
• Welding Electrode and Gas Flow: The WeldBOX-M arc welding robot creates an arc using a welding electrode and a shielding gas (usually argon or carbon dioxide). The electrode melts and fuses the material.
• Arc Formation: The robot activates the welding current and creates an electric arc between the electrode and the workpiece, allowing the metal to melt and fuse.
• Progress: The robot's speed and motion algorithms during the welding process are optimized for high-performance weld quality.
• Observation and Control: It is equipped with sensors or cameras that monitor weld quality to detect and correct errors.
• Completion and Adjustment: After the welding process is completed, the robot terminates the process and makes any necessary adjustments (cooling time, rechecking, etc.).

Advantages:

• High Efficiency: It accelerates the production process by working continuously and quickly.
• Labor Savings: It relieves people of repetitive workloads, allowing the workforce to focus on more creative and strategic tasks.
• High Quality and Consistency: It helps produce high-quality and consistent products by minimizing the margin of error in production processes.
• Flexibility: It has the ability to adapt to different welding techniques and materials. Thanks to their programmability, they can be quickly reconfigured for new workpieces.
• Low Waste and Cost: Material waste is minimized through more precise welding processes, which in turn reduces costs.
• Monitoring and Control: It enables data collection and analysis through integrated monitoring and control systems, allowing for process optimization.
• Safety: It increases worker safety and helps prevent accidents. Reduced Physical
• Fatigue: It reduces physical fatigue for employees in the workplace.