CD Skripsi
ANALISIS DAN PENGUJIAN GEOMETRIK HASIL PEMBUATAN PROTOTIPE MINIPLATE DENGAN MESIN CNC MILLING SEBAGAI IMPLAN MAXILOFACIAL
Fracture of the maxillofacial region is the most common trauma case encountered
in the field of oral and maxillofacial surgery. The treatment involves fixation using
Miniplates secured with multiple screws. The aim of this research is to develop a
magnesium-based Miniplate prototype as a maxillofacial implant product. The
methodology includes planning the Miniplate design, programming and production
using CNC Milling machine, and measuring the prototype with high-precision
measuring tools. The data obtained is analyzed to assess the prototype's
dimensional accuracy and to evaluate whether the production meets allowed
geometric tolerances. This study did not utilize sanding as a technique to enhance
the surface roughness of the prototypes produced by CNC Milling. The results show
that all dimensions of the Miniplate prototype fall within allowed tolerance, with
minor and insignificant dimensional differences. This indicates that the prototype
has been successfully produced within acceptable geometric tolerances. However,
the surface roughness achieved has not reached the optimal bone response, so in
order to achieve the optimal roughness value, it can be done by increasing the
feeding rate and slowing down the spindle rotation speed, or by applying additional
treatments such as sanding.
Keywords: Miniplate prototype, CNC Milling, geometric
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