WEBINAR September 15 2026 | Why Your FSW Tools Are Not Delivering the Expected Results: Eliminate the 4 Root Causes. REGISTER FOR FREE
Welding aluminum-B₄C composites poses a major challenge for the nuclear and aerospace industries. Learn how FSW enables the creation of high-performance joints while preserving the integrity of the ceramic reinforcements. Download the full article here.
Discover the FSW Seamer, a custom-made friction stir welding gantry by MITUSA and Stirweld for high-performance industrial production.
Friction Stir Welding parameters such as rotational speed, travel speed and welding pitch directly influence the microstructure, fatigue resistance and mechanical properties of AA7075-T6 aluminium joints. Download the full article here.
Comparative guide for copper cold plates assembly: learn which joining process to prioritize among FSW, vacuum brazing, and laser for optimal performance and reliability.
Study on friction stir lap welds for stringer-skin joints in aerospace aluminum, analyzing welding parameters, defect reduction, fatigue life and mechanical performance. Download the full article here.
Discover the real electrical consumption of aluminum welding processes (FSW, MIG, laser, vacuum brazing) and which one can reduce your energy costs and CO₂ emissions.
Limitation of distortion in FSW: Learn how needle peening reduces residual stresses and improves aluminum panel performance for aerospace. Download the full article here.
Friction Stir Welding enhances thermal performance by removing interfaces, enabling high-conductivity joints in aluminum and copper components.
Comparative study of NDI techniques to detect defects in friction stir welds, focusing on lack of penetration in FS butt joints. Download the full article here.
Find out why parts welded by friction stir welding can be deformed and how to remedy this with techniques before, during or after welding.
