SURPASS copper tube cold plates LIMITS with Friction Stir Welding | Stirweld ft. Legris

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In this video, we're excited to showcase our groundbreaking partnership with Legris. Together, we've tackled the limitations of traditional copper-tube cooling plates by using the ‪@Stirweld‬ Friction Stir Welding head and expertise to create high-performance, nickel-plated cold plates enhanced by using Legris high quality cartstick fittings.
🔥 Why Friction Stir Welding?
• Elevated thermal conductivity and structural integrity of welded parts.
• Reduction of costs.
• More geometry possibilities thanks to aluminum.
• Less manufacturing steps with the FSW Stirweld head.
• Full process can be made in your CNC machine.
🛠️ Interested in upgrading your cooling solutions? Look no further!
🎯 Contact us today: [e-mail]
#FSW #ColdPlates #FrictionStirWelding #CoolingSolutions #Innovation #Legris #Stirweld
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👉 Learn more about Legris Carstick quick fittings: ph.parker.com/fr/en/product-l...
👉 Visit our website: stirweld.com to explore the future of Friction Stir Welding technology.
Chapters:
00:00 Understanding the limits of copper tube cold plates
00:17 FSW is offering solutions?
00:36 Friction Stir Welding process
00:55 Corrosive protection of the aluminum part with nickel plating
01:17 Post-milling welding
01:22 Friction Stir Welding in your CNC?
01:45 Adding Legris Carstick fittings
02:15 Conclusion