Abstract
Precision parts demand care not only in the generation of dimensions and surfaces, but also in subsequent finishing operations. Deburring and edge finishing are two areas often given little consideration by those designing or machining such parts. Due to the lack of data and difficulty involved, it is common for deburring of precision parts to require up to 30% of the total part costs, and even more when the parts are small. Some basic design and fabrication guidelines are available as a result of recent research which provide a scientific method for specifying edge quality and choosing appropriate deburring processes. The basic constraint to deburring and edge finishing is minimising burr size and defining actual edge quality requirements
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