Joining & Fabrication

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  • friction stir welding

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    University of Stuttgart Develops New Friction Stir Welding Process for Joining Aluminum and Steel Plates

    The Materials Testing Institute at the University of Stuttgart has developed a process, based on friction stir welding (FSW), for the high-strength welding of aluminum and steel plates. The plates can have different thicknesses and the seam is so stable that the hybrid plates can even be deep drawn. This enables lightweight yet sturdy hybrid […]

  • Furukawa Electric - fiber laser welding

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    Furukawa Electric Develops Fibre Laser Welding for Aluminum

    The demand for lighter automobile bodies in order to provide improved fuel efficiency and reduced CO2emissions has increased in recent years, and various types of aluminum alloys are now being used for automobile parts in an increasingly broad range of ways. Furukawa Electric Co., Ltd. in Japan developed a new fiber laser welding technology said to address […]

  • Bond Technologies - pin tool

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    Taber Extrusions Installs Friction Stir Welding Technology

    Taber Extrusions, an NMLP group company, installed a new friction stir welding (FSW) line at its Russellville, Arkansas, manufacturing facility for the aerospace, rail, automotive, marine, transportation, and other industries. With this machine, Taber will be able to weld large double sided thick profiles with minimal cycles of the machine, providing greater efficiency and more precise results. […]

  • Vitex installed new fabrication equipment, including a Hexagon CMM (left) and a Haas CNC (right).

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    Vitex Extrusion Expands Fabrication Capabilities

    Vitex Extrusion, LLC in Franklin, New Hampshire invested in the installation of new machining centers in order to expand its downstream aluminum extrusion fabrication capabilities. This enables the company to meet increased demand for long part fabrication and precision machining. “During the last 24 months, customer demand for precision machined, long-length extruded profiles has increased […]

  • Super-strong but lightweight, AA 7075 now could be more widely used in automobiles and other manufacturing thanks to UCLA research

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    Nanotechnology Enables Engineers to Weld 7075 Aluminum Alloy

    Engineers at the UCLA Samueli School of Engineering developed a method for welding AA7075 alloy. Developed in the 1940s for the automotive industry, the alloy that is nearly as strong and one-third its weight, but traditionally has been almost impossible to weld together using the techniques commonly used by auto makers for the assembly of […]

  • CMS Window Systems Doubles Aluminum Capacity

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    CMS Window Systems Doubles Aluminum Fabrication Capacity

    CMS Window Systems invested £500,000 (~US$645,000) in next generation fabrication machinery at its factory in Castlecary, Scotland, more than doubling its production capacity for aluminum windows, doors, and curtain walling. The investment has also increased workforce at the site. The investment project includes the commissioning of a state-of-the-art Emmegi Quadra L2 18-axis CNC machining centre for milling, […]

  • Futura Industries - CNC machine

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    Futura Industries Expands Fabrication Capabilties

    Futura Industries, a subsidiary of Bonnell Aluminum, installed two new CNC machines due to increased demand for fabrication and precision milling. The new machines will enable the extrusion company to continue to deliver reliable service and to improve lead times. “These newer machines have the latest technology giving us better fabrication speed and reliability,” said […]

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    Kobe Steel and FANUC Jointly Develop Robot to Join Dissimilar Metals

    Kobe Steel and FANUC Corporation jointly developed an experimental robotic welding system to join dissimilar metals — such as aluminum and high strength steel — amid the growing trend toward multi-material applications aimed at utilizing the optimal material for the most appropriate use. The companies plan to present the system to automakers in order to commercialize […]