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Presented at the Ferrari Museum in Maranello was the Emilia 4, the 4-seater electric car now ready...

The convention is organised by the Turin Industrial Union entitled "Industry 4.0 and the digital transformation".

SCM Group continues its unrelenting race towards its 700 million revenue goal line and ‘plays’ at the Hamburg Philharmonic Hall.

CNC routers are frequently used with wood and acrylics, but they’re versatile enough to handle the demands of materials such as aluminum. The key to successful aluminum machining is adapting the process to accommodate its different characteristics.

With a CNC lathe, you can expand your productivity due to solid feed speeds. Further, you can focus on repetition that allows you to produce many of the same piece. Finally, a CNC lathe lets you think a couple of steps ahead for work that may require several pieces to be completed effectively.

When working with CNC machines that require significant movement along the X and Y-axes, the usage of linear rail devices can help to facilitate that movement. Learn more about these vital elements of CNC machining.

The CMS Aluminum Skin Thickness Reduction system, a.k.a “Mechanical Milling,” is intended to take the place of the traditional Chemical Milling process. It is designed to provide a highly exact, precision-contoured surface thickness for aerospace wing skins which could previously only be achieved via Chemical Milling.

Laser cutting and waterjet cutting are the two most commonly used methods of material cutting for manufacturers across all industries. Learn about each of these cutting methods, the machines that perform them, and the unique advantages and disadvantages of each.

Tenaris Dalmine is Italy’s leading manufacturer of seamless steel pipes, serving customers in energy, automotive, and other industries. The company’s products range in size from 12 millimeters to 711 millimeters in diameter. Tenaris produces up to 950,000 tons of finished product per year.

Waterjet cutting systems are extremely versatile, able to produce high precision parts at high production speeds and capable of machining both hard materials—such as granite—and soft materials—like rubber—with equal accuracy using the same cutting process.