OPTIMIZATION OF THE PARAMETERS OF THE MANUFACTURING PROCESS OF THE PRODUCT ISO_DIABETES FOR PATIENTS WITH HIGH RISK CLASSES

BAWONO, BAJU and ANGGORO, P. WISNU and Wibowo, J and Jamari, J. and Bayusena, A.P (2016) OPTIMIZATION OF THE PARAMETERS OF THE MANUFACTURING PROCESS OF THE PRODUCT ISO_DIABETES FOR PATIENTS WITH HIGH RISK CLASSES. In: The 1st International Joint Conference on Science and Technology (IJCST), 12-13 October 2016, Bali, Indonesia.

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Abstract

Reverse innovative design (RID) on the insole shoe orthotic for diabetics (iso_diabetes) was able to speed up the design and manufacturing of products with the quality of the surface requested appropriate patients. The accuracy of the scanning results with 3D CAD insole that conforms with the shape and contour of the patient's foot will certainly make things easier in the process of manufacturing in CNC machines. Problems encountered in this paper is to determine the design of the iso_diabetes the most optimal process of experimentation with doing manufacturing in CNC machine Rolland Modela MDX 40R. The strategy finishing raster machining 45 0 and step & shallow machining in CAM Powermill 2016 applied to get a pair of iso_diabetes from each patient. Two diabetic patients designated as research subject . Lay out experiment with orthogonal array L 84.23 set on this paper to get iso_diabetes type optimal based on the values of surface roughness (Ra) and processing time the (Ta) obtained. Experimental results show that the design of the iso_diabetes type 0.75 mm is the most optimal design with surface roughness approaches 0.0069 mm and time machining around 4.20 hours for both patient. Keywords: toolpath strategy, raster finishing 450 , step & shallow, PowerMill 2016 surface rougness, iso_diabetes.

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