WEBINAR November 03 2026 | How to improve Liquid Cold Plate performance? 4 reasons manufacturers are switching to FSW. REGISTER FOR FREE
Discover how real-time temperature measurement can optimize FSW parameters, improve weld quality, and help achieve defect-free aluminum joints.
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Discover how a die casting foundry adopted Friction Stir Welding (FSW) to reduce the production costs of a screwed aluminum assembly.
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.
Friction Stir Welding (FSW) enables strong, defect-free aluminum-to-copper joints for advanced power and thermal applications.
Discover the influence of FSW parameters on the hardness and yield strength of AA7075-T6 and AA2098-T851 welds.
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Find out why parts welded by friction stir welding can be deformed and how to remedy this with techniques before, during or after welding.
Discover FSW tools parameters, shoulder and pin design, plus real case studies on butt and lap joints. Download the full scientific paper for free.
Discover the unique features of a design and prototyping office specializing in metal welding, such as friction stir welding, and how it plays a key role in an industrial project.
Explore the impact of FSW automation: greater precision, reduced costs, and increased productivity.
TWI and Stirweld are hosting a day focused on tank welding, featuring conferences and demonstrations, in Cambridge, UK.
Friction Stir Welding parameters are essentiel to assure the quality of the weld. This is essential for flawless welding.
Quality control in FSW ensures reliable welds. This article reviews key destructive and non-destructive assessment techniques.
Discover which materials are weldable by Friction Stir Welding (FSW), such as aluminum, copper, magnesium, and more.
Discover the ISO 25239 Standard for welding aluminum using FSW. Learn the essentials and why it should be applied in your aluminum FSW welding operations.
Learn the basics of the welding of aluminum with Friction Stir Welding. Discover why it's ideal and how it compares to traditional methods.
Revolutionize aluminium tank manufacturing with Friction Stir Welding. Learn about FSW benefits, efficiency and quality control.
Explore welding cost comparisons between friction stir welding and traditional methods and learn about the economic and operational advantages.
Explore how Friction Stir Welding is revolutionizing e-mobility with enhanced efficiency and safety. Discover the future of mobility technology.
Unveiling the complexities and drawbacks of attempting friction stir welding without a dedicated head: a deep dive into the technical challenges and operational inefficiencies that compromise quality and performance.
Are you tired of dealing with the challenges in cold plate manufacturing? Are leaks, plate strength, thermal management and production costs causing headaches for your business? Find out the solutions!
Discover our friction stir welding mounting brackets applications developed by Stirweld for more performance and to counteract the shortage of welders.
Welding stiffened panels by FSW has many advantages and is being developed in several industrial sectors.
FSW technology without exit hole: with the friction stir welding head with retractable pin, get access to this technology at a low cost.
FSW temperature measurement: discover the new smart temperature measurement tool for friction stir welding, developed by Stirweld.
Liquid cold plates: Reliability of conductivity, flexibility, low costs … discover the comparisons and advantages of using different liquid cold plates.
Friction stir welding on steel: the challenges of the Resurgam project for shipyards and shipbuilders.
Friction stir welding defects: Discover the common defects in FSW butt and lap welding : lack of penetration, flash, hooking…
Today, the environmental issue is fully linked to industry. Find out why friction stir welding is considered a green technology.
Stirweld’s hybrid industrial tool for welding and machining for your Industry 4.0. Our robot spindle is the most efficient robotic FSW tool.
The use of FSW technology in the aeronautics industry has a lot of advantages in real applications. Find out what they are!
How to choose the right FSW tool for your application? We'll guide you according to the distance, depth of weld, tool geometry & welded materials.
Find out how to integrate machined cold plates into your devices while reducing the overall weight: machined aluminium cold plates welded by FSW.
High quality FSW welding - The clamping tool, the geometry of the tool, the force control and welding parameters: 4 essential elements.
FSW head on your CNC machine with 100% protection: there is nothing to be afraid of! Find out how the protection of your CNC is carried out.
Clamping jig is specially designed to hold the parts during the FSW welding operation. Read the article to find out why it is so important!
Friction stir welding of aluminium hydrogen tank is the solution for a greener aircraft: high weld resistance, lighter tank and a lower price.
FSW technology: Using FSW for welding aluminium parts has many technological, environmental and economic advantages. Find out what they are!
Friction Stir Welding and Rheocasting: combining these two technologies means producing very high-performance parts. Find out why!
FSW design office: butt and lap welds. Differences between the two types of FSW joints. Which one suits your FSW application best?
Are you interested in friction stir welding technology but are not sure how best to invest in it? You are at the right place!
Friction Stir Welding of die-casting heat sink offers a great advantage to the automotive industry, specifically for e-mobility. Let’s see why!
By adding 4 functions to your CNC machine through the Stirweld FSW head, you will be able to assemble aluminium parts by friction stir welding.
