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Shape Process Automation releases automated laser cutting device for industrial manufacturing

Shape Process Automation's next-generation robotic laser cutting device, Newton, is designed for use with fiber laser-outfitted six-axis industrial robots, Newton's efficiency and precision provides dramatic cost savings and dimensional accuracy in cutting ultra high strength steel, aluminum and hydroformed metals.

Newton's applications are far-reaching, but its main targeted audience is trimming structural parts within automotive sector. Newton cuts circles, slots, rectangles and hexagon shapes into various metals with never-before-seen speed, accuracy and efficiency. The result is increased overall equipment efficiency and reliability in automated manufacturing systems, with the end goals of process advancements and manufacturing cost reduction.

"Newton increases cutting speeds 60 to 70 percent over existing capabilities, with improved cutting accuracy and a reduction in required floor space," said Christon Manzella, director of business development. "This cutting-edge technology will reduce required labor and program costs while improving manufacturing quality across the industry."

The device also saves hundreds of hours of programming time with Shape’s intuitive easy-to-use system software suite that enables the operator to quickly adjust both individual and global system offsets.

Manzella said this next-generation robotic device has the potential for industry-wide advancements. "As a vertically integrated, full-solution provider for OEMs around the world, Shape Process Automation is poised to expand and improve the industry by providing the most technologically advanced tools on the market," he said.

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