영창펀치

Tablet Compression Tooling

TABLET DESIGN

Using CAD/CAM technology and over 30 years of global knowledge, YCP can enhance an existing tablet's appearance or generate entirely new and exciting designs to create a high quality profile. Tablet design and the clarity of a logo or identification mark carried on the table face will reflect a precise image for any pharmaceutical company.
FINISH

The finish of the all important pressing surface 'the last interface with the tablet' is to the highest standard. All punch tips are designed and finished to ensure tabletting problems such as picking sticking and capping are minimised.
PUNCH TIP

The punch tip face is the final contact between the granule to be compressed and the finished tablet. All YCP punch tips are individually polished and inspected by dedicated craftsmen.
SHAPED TOOLING

SHAPED TOOLING' no matter how complex, is held to very fine tolerances for clearance and alignment of punch tip to key. This enables rapid set up of all dies in the tablet machine with a single alignment tool.

Standard tablet of punch. R. designated by company.
Name	Ordinary R surface		Sugar coated R surface		Right angle plane			Right turn plane		Rsurface of both flights
Shape
Tablet diameter	R(mm)	H(mm)	R(mm)	H(mm)	d(mm)	a(mm)	H(mm)	r(mm)	H(mm)	R(mm)	r(mm)	H(mm)
3	4	0.29	2	0.68	2.586	0.027	0.12	0.7	0.12	4.5	1.2	0.5
3.5	4.5	0.35	2	1.03	3.016	0.242	0.14	0.8	0.14	5	1.4	0.6
4	5	0.42	2.5	1.00	3.446	0.277	0.16	1	0.16	5.5	1.6	0.6
4.5	5.5	0.48	3	1.02	3.878	0.311	0.18	1.1	0.18	6	1.8	0.7
5	6	0.55	3.5	1.05	4.308	0.346	0.2	1.2	0.2	6.5	2	0.8
5.5	7	0.56	4	1.10	4.738	0.381	0.22	1.3	0.22	7	2.2	0.9
6	8	0.58	4.5	1.15	5.17	0.415	0.24	1.5	0.24	7.5	2.4	1
6.5	9	0.61	5	1.20	5.6	0.45	0.26	1.6	0.26	8	2.6	1
7	10	0.63	5.5	1.26	6.032	0.484	0.28	1.7	0.28	8.5	2.8	1.1
7.5	11	0.66	6	1.32	6.462	0.519	0.3	1.8	0.3	9	3	1.2
8	12	0.69	6.5	1.38	6.892	0.554	0.32	2	0.32	9.5	3.2	1.3
8.5	12.5	0.74	7	1.44	7.324	0.588	0.34	2.1	0.34	10	3.4	1.4
9	13	0.80	7.5	1.50	7.754	0.623	0.36	2.2	0.36	10.5	3.6	1.5
9.5	13.5	0.86	8	1.56	8.814	0.658	0.38	2.3	0.38	11	3.8	1.5
10	14	0.92	8.5	1.63	8.616	0.692	0.4	2.5	0.4	11.5	4	1.6
11	15	1.04	9.5	1.75	9.476	0.762	0.44	2.7	0.44	12.5	4.4	1.8
12	16	1.17	10.5	1.88	10.338	0.831	0.48	3	0.48	13.5	4.8	2
13	17	1.29	11.5	2.01	11.2	0.9	0.52	3.2	0.52	14.5	5.2	2.1
14	18	1.42	12.5	2.14	12.062	0.969	0.56	3.5	0.56	15.5	5.6	2.3
15	19	1.54	13.5	2.28	12.992	1.039	0.6	3.7	0.6	16.5	6	2.5
16	20	1.67	14.5	2.41	13.784	1.108	0.64	4	0.64	17.5	6.4	2.6
17	21	1.80	15.5	2.54	14.646	1.177	0.68	4.2	0.68	18.5	6.8	2.8
18	22	1.93	16.5	2.67	15.505	1.247	0.72	4.5	0.72	19.5	7.2	3
19	23	2.05	17.5	2.80	16.368	1.316	0.76	4.7	0.76	20.5	7.6	3.1
20	24	2.18	18.5	2.94	17.21	1.385	0.8	5	0.8	21.5	8	3.3

Mold pressurizing limit chart.
Name	Ordinary R surface	Sugar coated R surface	Right angle plane	Right turn plane		Rsurface of both flights
name				low line capacity dia(d)mm		low line capacity dia(d)mm
low line dia.(d)mm				low line capacity dia(d)mm		low line capacity dia(d)mm
5	950	710	470
6	1430	1020	680
7	1990	1390	920
8	2650	1810	1210			5	1590
9	3400	2290	1530			5	1590
10	4250	2830	1880	8	1360	6	2710
11	5200	3420	2280	8	2330	6	3690
12	6230	4070	2710	10	1660	6	4750
13	7360	4780	3190	10	2820	6	5910
14	8590	5540	3690	12	1960	8	5800
15	9910	6260	4240	12	3310	9	6330
18	14430	9160	6110	14	5430	11	9020
20	17920	11310	7540	15	7590	12	11460