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The deburring and finishing of machined and fabricated parts is a necessary but often disregarded step in the manufacturing process.

Laser cutting and waterjet cutting: two great technologies that go great together? Or best when they play solo? As ever, the answer is it depends—on what work a shop has coming in the door, what materials are being processed most often, operator skill levels and, ultimately, the available equipment budget.

Group14 Technologies, a global provider of silicon-carbon composite materials for lithium-ion markets, announced the launch of its first commercial-scale 27,000-square foot U.S. manufacturing factory.

The newly developed metal powder materials DPLA (Dual Phase Low Alloy) and FSLA (Free Sintering Low Alloy are aimed at automotive and industrial applications

Sharpe Products recently installed a BLM Group LT7 4-kW laser cutting system. This equipment cuts round, square, rectangle and open profile pipe or tube up to 6" OD.

To advance means to move forward or expand. In that case, Advanced Carbide Grinding Inc., Derry, Pa., is certainly true to its name. Since the shop’s start in 1999, continuous growth and a commitment to producing the highest-precision quality parts have driven, and continue to drive its success.

Maker of a new alloy targets extremely corrosive environments and seawater applications

Producing metal products is one of the most energy intensive industries. Improving both energy and production efficiency, as well as ensuring product quality is at the top of any manufacturers to do list. Engineers should consider using fixed thermal imaging cameras to optimize their manufacturing process.

Maybe your company specializes in aerospace or medical components, and you need to produce complex geometries in metals too tough to cut via conventional machining methods.

If there is a primary goal for what companies in this sector want to deliver to their customers it is quality. But throughput comes in a fairly close second.