How to resolve AdBlock issue? Making the Bugatti Chiron
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- June 14, 2017
The How it's Made series looks at how the Bugatti Chiron is manufactured.
The Amada ENSIS 3015 RI fiber laser transitions between sheet and tube/pipe cutting.
Coolant can be an effective way to cool a cutting tool, help expel the chip and prevent built up edge.
Watch a full engineering documentary about what it takes to build the ultimate roller coaster.
By integrating a bending robot with the precision of Amada's HG Series press brake and patented Automatic Tool Changer (ATC), fabricators can automatically bend a variety of parts with maximum accuracy. The HG ARs supports workpieces up to 998 x 798 mm (39.3 x 31.4 in.) and has a weight capacity of 20 kg (44 lb).
Homes, car parts, infrastructure, medical care – some of the ways 3D printing is changing the world we live in.
The TRUMPF TruLaser Cell Series 7000 is a high-end laser processing centre featuring minimal processing costs and maximum flexibility. Available with either a CO2 or solid state laser, the cell may used for cutting, welding and deposition welding. Featuring a 2 in 1 fiber solution that delivers the beam for cutting in the fiber core, and the beam for welding in the outer core, the transition from cutting to welding is minimal. In this video, the TruLaser Cell 7040 is shown cutting parts that have been hot stamped, one of many ideal applications for the fast, flexible and productive TruLaser Cell Series 7000.
Ever wondered how NASCAR race car bodies are made? Check out this How It's Made episode to find out the machining, fabricating and welding processes involved.
by Chris McDonald
Determining what defines high performance cutting tools
Prima Power is the only one to develop all the essential components of its products: numerical control, automation, laser head, and even its own laser source.
OSG A Brand AT-2 thread mills have an end-cutting edge for high hardness steels, making it ideal for difficult high hardness steel applications.
A team of researchers from the Harvard John A. Paulson School of Engineering and Applied Sciences has developed a soft robot inspired by snakeskin, and made using kirigami, an ancient Japanese paper craft.
