Friction Welding Machine: High-Efficiency Dissimilar Metal Welding

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Friction Welding Machine

A device that welds workpieces by generating frictional heat through high-speed rotation and applying pressure. It supports dissimilar metal connections (e.g., steel-aluminum, copper-steel), features high welding efficiency, stable joint quality, and no filler material requirement. Widely used in aerospace, automotive components (e.g., half shafts, gear shafts), and tool manufacturing.
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Advantages of the product

Dissimilar Metals Welding Capability

Capable of welding dissimilar metals like steel-aluminum and copper-steel, overcoming traditional welding material limitations and expanding industrial applications in aerospace, automotive, and tool manufacturing. The process achieves metallurgical bonding with tensile strength ≥200MPa, ensuring reliable joint performance.

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Through the use of flywheel energy storage, this machine performs short, but high power (500kW) welds by transferring rotational inertia to workpieces. The flywheel mass is within the range of 5 to 50 kgꞏm², providing fine control of heat input, enabling the welding of materials such as tungsten alloys. Typical applications include oil drill pipe connections and aerospace engine components, where its rapid cooling process reduces grain growth while ensuring microstructural homogeneity.

Frequently Asked Questions

How efficient is the friction welding process?

The process eliminates filler materials, reducing costs by 30%, and completes welds 30% faster than traditional methods, with rotation speeds of 500-3000rpm and pressure control of 5-50kN.

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Customer Reviews

Xavier

BLUESTAR's friction welding machine resolved our steel-aluminum composite welding challenges, improving efficiency by 40% with joint strength ≥220MPa, meeting aerospace standards. Integrated into our automated line, it boosted productivity while eliminating filler material costs.

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Environmentally Friendly Process

Environmentally Friendly Process

Generates no spatter or harmful fumes, complying with ISO 14001 environmental standards. The dry welding process eliminates the need for welding gases or solvents, making it suitable for cleanroom and sustainable manufacturing environments.
High Equipment Compatibility

High Equipment Compatibility

Designed for easy integration with automated production lines and robotic systems. Features quick-change tooling and PLC compatibility, enabling 24/7 unmanned operation and reducing manual intervention by 50% in high-volume scenarios.
Long-Life Components

Long-Life Components

Constructed with wear-resistant alloys (hardness ≥58HRC) for critical parts like spindles and chucks. Spindle bearings are rated for 20,000+ hours of operation, minimizing maintenance downtime and ensuring long-term reliability in heavy-duty use.