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Here we discuss classification of the die-cast part surfaces, identification of undercuts and protrusions, identification of parting line regions, and determination of the parting line.
Two new g-codes are also given in this paper for the new interpolator to produce part surfaces in CNC milling machines.
The paper presents a simulation tool designed to predict form errors of part surfaces obtained by face milling and turning processes.
After automated part tessellation and the detection of outer part surfaces, the algorithm determines candidate build orientations through a ray-tracing and convex hull method.
The literature highlighted that significant deviations from the nominal values are observed: these deviations are not constant over all the part surfaces but strictly depend upon the process parameters, i.e. the layer thickness and the deposition angle.
In molding, casting or forging processes, part surfaces are formed by the core, cavity and local tools in molding/casting or by the upper and lower dies and local tools in forging.
Similar(53)
Part location error is quantified by the displacement of a response point on the part surface.
It can take months of development time to get every part, surface, finish and color just right.
SLA requires support structures to prevent damage to the part surface when removed.
SLA requires support structures to prevent damage to the part surface when removed. 3.
The roughness of the part surface is detected by the Taylor Hobson roughmeter.
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