Motofil Showcases QUANTUM™ Adaptive SAW Platform at WindEnergy Hamburg 2026

Motofil Showcases QUANTUM™ Adaptive SAW Platform at WindEnergy Hamburg 2026

At WindEnergy Hamburg 2026, Motofil presented its latest developments in automated welding technologies for the wind energy sector, including QUANTUM™, an advanced software platform for adaptive multi-pass Submerged Arc Welding (SAW) that combines real-time seam tracking, automatic pass planning, process control, inspection and digital traceability.

As the wind industry focuses on scaling manufacturing capacity while maintaining the highest quality standards, Motofil continues to invest in technologies that help manufacturers increase productivity, reduce variability and create a fully digital welding environment.

“Today’s challenge is no longer simply building larger structures. The challenge is building them faster, with greater consistency, complete traceability and the ability to scale production globally. QUANTUM™ was developed precisely to address those needs.”
Pedro Campos, COO Motofil

Adaptive Welding for Large Structures

QUANTUM™ enables automatic adaptation of every welding pass according to the actual geometry of the joint.

The system integrates high-resolution laser profiling, real-time seam detection and adaptive control algorithms that continuously adjust welding parameters and pass positioning throughout the process.

Instead of relying solely on predefined weld paths, QUANTUM™ analyses the actual groove geometry and dynamically plans and executes each pass, ensuring accurate deposition from root pass to final capping.

Key capabilities include:

• Real-time groove reconstruction and joint perception
• Automatic multi-pass scheduling and pass planning
• Adaptive seam tracking and welding control
• Dynamic recipe management
• Integrated process monitoring and data acquisition
• Full weld traceability and reporting

From Welding Automation to Digital Manufacturing

A differentiating feature of QUANTUM™ is its ability to create a complete digital record of the welding process.

Every pass records process parameters, deposition geometry, weld position, travel speed, voltage, current and inspection data. The result is a comprehensive digital history of each welded component.

The platform supports:

• Pass-by-pass process logging
• Piece-level traceability
• EN and ISO aligned reporting
• Weld quality verification
• Audit trail management
• Production analytics

By linking process execution with inspection results, manufacturers gain unprecedented visibility into production quality and process performance.

Advanced 2D/3D Inspection and Quality Assurance

The integrated Inspector module reconstructs each weld pass in 2D and 3D, allowing operators and quality teams to compare deposited geometry against planned profiles and process targets.

Features include:

• 3D pass-layer visualization
• Morphological weld analysis
• Deviation detection
• Conformance assessment
• Cross-sectional analysis
• Automated inspection reporting

This capability helps reduce rework, improve compliance and strengthen confidence in critical welded structures used throughout the renewable energy supply chain.

Developed for the Future of Wind Manufacturing

The wind energy industry is demanding larger components, tighter quality requirements and greater production efficiency. Motofil believes digital welding technologies will play a fundamental role in achieving these objectives.

By combining automation, adaptive control, inspection and data intelligence within a single platform, QUANTUM™ supports manufacturers seeking to increase throughput while maintaining the quality and traceability required for next-generation offshore and onshore wind projects.

At WindEnergy Hamburg 2026, Motofil demonstrated how advanced manufacturing technologies can help the industry move from ambition to execution, delivering smarter, more connected and more efficient production systems for the energy transition.

Motofil - Where Windustry Meet Endless Possibilities