Streamlining Norwegian Steel Production through Automation
Automation remains a key factor in increasing efficiency in modern manufacturing. Quant Robotics has created EVA 2.0, a robotic complex that combines smart software with high-performance machinery, enabling steel fabrication shops in Norway to manage even single assemblies without continuous programming. The dynamic software operates automatically and integrates seamlessly into existing production workflows.
Key Features of EVA 2.0
Assembly robot. Automates positioning and alignment of steel components with high precision, ensuring consistent results in Norwegian production environments.
Welding robot. Delivers fast and reliable welds with excellent finish quality, suitable for Norway’s industrial standards.
Quick tool change. Reduces downtime and allows flexible switching between tasks for diverse operations.
Rotator. Ensures efficient handling and orientation of large steel parts.
Flipper for parts. Simplifies turning heavy assemblies, improving safety and workflow.
Dynamic software with Tekla compatibility. Guarantees smooth integration with widely used design systems in Norway.
By combining innovative machinery with intelligent software, EVA 2.0 provides a strong solution for structural steel fabricators in Norway, improving precision, accelerating production, and eliminating unnecessary manual programming.
Automates welding of beams, trusses, columns, and heavy steel frameworks. Robots ensure durable joints, accelerate construction, and comply with Norwegian building regulations.
Cost-effective solutions help small and medium enterprises in Norway enhance efficiency, reduce manual labor, and stay competitive.
Construction & Steel Structures
Applications
Manufacturing Optimization for SMEs
Automation
Smooth integration into automated production lines, compatible with sensors, conveyors, and vision systems for efficient workflows.
Solutions for SMEs
Scalable welding cells designed for growing businesses. Start small and expand as production needs increase.