The cost of burrs in manufacturing are surprisingly high. Tracking and reducing costs or--better yet--minimizing burr formation can improve productivity.
As wind power makes significant inroads into the energy-generation infrastructure, machining wind turbine parts provides opportunities for diversification and growth.
Honing an engine's cylinder bores enhances their geometry, surface finish and dimensional accuracy, improving their fit and alignment with pistons and thereby increasing the engine's life and power density while decreasing its vibration, friction and emissions.
Magnetic abrasive finishing can deburr and create highly polished, smooth surface finishes. It can also remove microcracks, recast metal, metallurgical phase changes, visible scratches and damaging residual stresses.
Superhard finishing tools may benefit machined parts via finer surface finishes, greater wear resistance and harder, stronger microstructures. Also, some of the tools can last longer than their conventional counterparts.