Reverse engineering from 3D mesh to ceramic product in the form of miranda kerr tea for one teapot in PT doulton Indonesia

Figures & data

Figure 1. The Architecture of CARE System.

Figure 2. 2D/3D CAD model [source PT Doulton Indonesia]

Figure 3. Sample product on the market

Table 1. Dimensions and errors for miranda kerr tea for one teapot

Component	Dimension	Sample Product (mm)	2D CAD (mm)	3D Mesh of RE (mm)	3D CAD of RE (mm)	Error	Error by RE
					Fire Size:	(mm)	(mm)
Body	Height	99.38	95.10	98.70	99.54	4.28	0.16
	Length	173.56	168.93	174.03	173.23	4.63	−0.33
	Width	123.37	120.00	124.76	124.00	3.00	0.63
Lid without Knob	Height	38.57	46.00	38.20	38.61	−7.43	0.04
	Diameter	74.56	74.00	75.08	74.93	0.56	0.37

Figure 4. Stages of the physical model scanning process with output in the form of an image in a 3D mesh format

Figure 5. The four-component Miranda Kerr Tea for One Teapot scans: (a) spot; (b) lib; (c) base; (d) handle

Figure 6. 3D CAD fire size Miranda Kerr Tea for One Teapot: (a) spot; (b) lib; (c) base; (d) handle

Figure 7. 3D CAD model size Miranda Kerr Tea for One Teapot with contraction 11.75% and an increase in height of 1.50 mm

Figure 8. 3D CAD model Miranda Kerr Tea for One Teapot

Figure 9. 3D CAD model milling process Miranda Kerr Tea for One Teapot: (a) spot; (b) lib; (c) base; (d) handle

Table 2. Comparison of dimensions between sample products, 3D Mesh and 3D CAD after RE miranda kerr tea for one teapot

	Product sample	3D Mesh model	3D CAD model
Body			Fire Size:
	Height: 99.38 mm	Height: 98.70 mm	Height: 99.54 mm
	Length: 173.56 mm	Length: 174.03 mm	Length: 173.23 mm
	Width: 123.37 mm	Width: 124.76 mm	Width: 124.00 mm
			Model Size:
			Height: 114.14 mm
			Length: 196.30 mm
			Width: 140.51 mm
Lid tanpa Knob			Fire Size:
	Height: 38.57 mm	Height: 38.20 mm	Height: 38.61 mm
	Diameter: 74.56 mm	Diameter: 75.08 mm	Diameter: 74.93 mm
			Model Size:
			Height: 44.28 mm
			Diameter: 84.90 mm

Figure 10. Core and cavity mold from miranda kerr tea for one teapot: (a) spot; (b) lib; (c) base; (d) handle

Figure 11. Product miranda kerr tea for one teapot [source: pt doulton indonesia dan PT nuanza porcelain indonesia]

Figure 12. 3D CAD Fire Size spot

Figure 13. 3D CAD Fire Size lib

Figure 14. 3D CAD Fire Size handle

Figure 15. 3D CAD Fire Size base

Figure 16. The process of transforming a 3D CAD model from fire size to model size

Figure 17. YCM 1020 EV20A CNC machine

Figure 18. CAM process stages of component miranda kear tea pot

Figure 19. Stages of the manufacturing process in a CNC machine for all the components of miranda kerr tea for one teapot

Figure 20. RE from 3D mesh to master product body and spot for miranda kerr tea for one teapot.

Figure 21. RE from 3D mesh to master product handle and lib for miranda kerr tea for one teapot.