AI-driven process optimization
Physics-informed machine learning continuously refines welding parameters in real time, achieving over 95% accuracy across materials and joint geometries while adapting to dynamic construction environments.
AI-powered collaborative robotics
AI-driven welding systems for steel construction
3D-Constructs delivers federated AI-driven robotic welding systems that transform on-site steel construction. Our collaborative robots work autonomously to accelerate project timelines, reduce costs by over 60%, and achieve precision welding with full digital traceability—meeting the strictest European standards.
±5 mm
Autonomous positioning accuracy
22 hrs
Continuous daily operation
22%
Emissions reduction
Offerings
End-to-end robotic welding solutions for construction
From AI-optimized welding parameters to full-scale deployment, our federated robot collectives deliver precision, speed, and compliance—transforming how steel structures are built on site.
Federated robot coordination
Multiple autonomous robots communicate and collaborate seamlessly, distributing tasks intelligently across the construction site to maximize throughput while maintaining weld quality and structural integrity.
Welding-as-a-Service delivery
Per-meter pricing model eliminates upfront capital investment. Deploy certified robotic welding capacity on demand, with full digital documentation and compliance reporting built into every weld.
Digital twin integration
Real-time monitoring and control through construction-optimized digital twins enable predictive maintenance, quality assurance, and complete traceability via digital construction passports.
Engagement model
Validated deployment pathway from design to delivery
Our proven implementation framework ensures seamless integration with existing construction workflows while achieving EN 1090-2 EXC2 and ISO 5817 Level B compliance.
01
Technical assessment
Structural analysis and site evaluation establish welding specifications, robot mounting strategies, and multi-robot coordination requirements tailored to your steel frame design.
02
System commissioning
Rapid deployment of calibrated robotic welding cells with AI-optimized parameters, vision-based path detection, and real-time quality monitoring activated from day one.
03
Autonomous execution
Federated robot collectives operate continuously with adaptive control, automatic defect detection, and full documentation—compressing construction schedules by over 40%.
Construction transformation
Addressing Europe's critical labour shortage
With 300,000 qualified welders needed across Europe and only 16.8% of the construction workforce under 27, autonomous robotic welding systems aren't just an efficiency gain—they're essential infrastructure for meeting 2030 construction targets.
- Productivity breakthrough
- 200% increase in effective welding hours through 22+ hour daily operation versus 6-hour human welder productivity.
- Cost reduction
- 60-67% lower cost per welded meter compared to manual operations, with parallel robot deployment amplifying savings on large projects.
- Standards compliance
- Every weld documented with immutable digital records ensuring EN 1090-2, ISO 5817, and EN 1993-1-8 compliance throughout construction.
Connect
Transform your next steel construction project
Share your project specifications and timeline—we'll demonstrate how federated robotic welding can reduce your construction schedule and costs while ensuring structural compliance.