The automated system is designed for high-precision 3D plasma cutting of structural components and round-section tubes, ensuring high processing speed and consistent cut quality.
The solution is intended for metalworking and machine-building companies that need to perform complex three-dimensional cuts while maintaining accurate part geometry and minimizing subsequent machining requirements.
The system is primarily designed for 3D cutting of tubes with diameters ranging from 50 to 114 mm. The plasma power source provides high piercing capacity, enabling piercing of metal up to 19 mm thick and cutting of material up to 25 mm thick.
Flexible programming significantly reduces setup time and enables the generation of virtually any straight or three-dimensional cutting trajectory. The system can also perform bevel cuts, producing edge geometries suitable for the subsequent welding of mating components.
The software automatically generates the robot motion program based on the product CAD model. This expands the technological capabilities of the production process and improves the accuracy of subsequent assembly operations.
Key Benefits
Implementation Results
The implementation of the system increases cutting productivity, improves the quality of part preparation for welding, and reduces labor requirements for subsequent machining.
The 3D-cut components can also be assembled into the final structure without additional machining.
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