Round Inserts for Daisy KSRM™ • RCGT2006-GF

Name: Round Inserts for Daisy KSRM™ • RCGT2006-GF
SKU: 3387725

Indexable Inserts

Metric

Inch

SAP Material Number	3387725
ISO Catalog Number	RCGT2006M0SGF
ANSI Catalog Number	RCGT2006M0SGF
Grade	KC725M
[D] Insert IC Size	20.0000 mm
[D] Insert IC Size	.7870 in
[S] Insert Thickness	6.3500 mm
[S] Insert Thickness	.2500 in
Average Chip Thickness [HM]	0.1020 mm
Average Chip Thickness [HM]	.0040 in
Insert Number of Indexes	6

See all Product Variants

Workpiece Materials

P Steel

M Stainless Steel

S High-Temp Alloys

Features and benefits

-SGF is for general purpose in roughing applications.

Machine Side

Workpiece Side

Grades

KC522M

Coated carbide grade with a AlTiN (PVD) coating. KC522M is engineered to provide better performance in general machining of high-temperature alloys and stainless steel. KC522M resists breakage and offers improved wear resistance and increased strength.

P Steel

S High-Temp Alloys

H Hardened Materials

K Cast Iron

M Stainless Steel
KC725M

Coated carbide grade with an advanced PVD TiAlN coating. KC725M is a high-performance grade for milling steel, stainless steel, and ductile cast iron. The good thermal shock resistance of the substrate makes this grade ideal for both wet and dry machining. Primarily for use in general and heavy machining.

P Steel

S High-Temp Alloys

M Stainless Steel
KCPM40

Coated carbide grade with an advanced PVD TiAlN/AlCrN coating. Tough substrate with excellent capability at higher temperatures. KCPM40™ is the first choice for milling steel and stainless steel. Good thermal shock resistance makes this grade ideal for both wet and dry machining. Primarily for use in general and heavy machining.

P Steel

S High-Temp Alloys

M Stainless Steel
KCSM30

Submicron substrate coated with high-performance TiAlN-PVD coating is an excellent choice for titanium, but also high-temperature alloys and stainless with higher speeds for light to medium cuts. First choice for application with thin to medium chip thickness, dry and wet.

P Steel

S High-Temp Alloys

H Hardened Materials

M Stainless Steel
KCSM40

Coated carbide grade with an advanced PVD TiAlN/TiN coating. Premium substrate with newly developed binder composition. KCSM40 is a high-performance grade for titanium, super alloys, and stainless steel. High thermal shock resistance of the substrate makes this grade ideal for wet machining. First choice for roughing and unsuitable cutting conditions.

P Steel

S High-Temp Alloys

M Stainless Steel

Material Group	LightMachining		GeneralPurpose		HeavyMachining
–	(Light geometry)		–		(Strong geometry)
–	wear resistance				toughness
–	Geometry	Grade	Geometry	Grade	Geometry	Grade
P1–P2	.E..LF	KC725M	.S..GFJ	KCPM40	.S..HFJ	KCPM40
P3–P4	.E..LF	KC725M	.S..GFJ	KCPM40	.S..HFJ	KCPM40
P5–P6	.E..LF	KC725M	.S..GF	KC725M	.S..HF	KC725M
M1–M2	.E..LF	KCSM40	.S..GF	KC522M	.S..HF	KCSM40
M3	.E..LF	KCSM40	.S..GFJ	KCPM40	.S..HF	KCSM40
K1–K2	–	–	–	–	–	–
K3	.S..HF	KCPK30	.S..HF	KCPK30	.S..HF	KCPK30
N1–N2	–	–	–	–	–	–
N3	–	–	–	–	–	–
S1–S2	.E..LF	KCSM40	.S..GF	KC725M	.S..HF	KCSM40
S3	.E..LF	KCSM40	.S..GFJ	KCPM40	.S..HF	KCSM40
S4	.E..LF	KCSM40	.S..GF	KC522M	.S..HF	KCSM40
H1	–	–	–	–	–	–

At 10,00 Axial Depth of Cut (ap)

Insert Geometry	Recommended Starting Feed per Tooth (Fz) in Relation to % of Radial Engagement (ae)															Insert Geometry
	5%			10%			20%			30%			40–100%
.E..LFJ	0,12	0,44	0,87	0,09	0,32	0,62	0,07	0,24	0,47	0,06	0,21	0,41	0,05	0,19	0,37	.E..LFJ
.E..LF	0,12	0,44	0,87	0,09	0,32	0,62	0,07	0,24	0,47	0,06	0,21	0,41	0,05	0,19	0,37	.E..LF
.S..GFJ	0,23	0,52	0,93	0,17	0,38	0,67	0,13	0,28	0,50	0,11	0,24	0,43	0,10	0,22	0,40	.S..GFJ
.S..GF	0,23	0,52	0,93	0,17	0,38	0,67	0,13	0,28	0,50	0,11	0,24	0,43	0,10	0,22	0,40	.S..GF
.S..HFJ	0,23	0,59	1,01	0,17	0,42	0,72	0,13	0,32	0,54	0,11	0,28	0,47	0,10	0,25	0,43	.S..HFJ
.S..HF	0,23	0,59	1,01	0,17	0,42	0,72	0,13	0,32	0,54	0,11	0,28	0,47	0,10	0,25	0,43	.S..HF

At 3,80 Axial Depth of Cut (ap)

Insert Geometry	Recommended Starting Feed per Tooth (Fz) in Relation to % of Radial Engagement (ae)															Insert Geometry
	5%			10%			20%			30%			40–100%
.E..LFJ	0,16	0,56	1,11	0,11	0,40	0,80	0,09	0,30	0,59	0,07	0,26	0,52	0,07	0,24	0,47	.E..LFJ
.E..LF	0,16	0,56	1,11	0,11	0,40	0,80	0,09	0,30	0,59	0,07	0,26	0,52	0,07	0,24	0,47	.E..LF
.S..GFJ	0,30	0,66	1,18	0,22	0,48	0,85	0,16	0,36	0,64	0,14	0,31	0,55	0,13	0,29	0,51	.S..GFJ
.S..GF	0,30	0,66	1,18	0,22	0,48	0,85	0,16	0,36	0,64	0,14	0,31	0,55	0,13	0,29	0,51	.S..GF
.S..HFJ	0,30	0,75	1,29	0,22	0,54	0,92	0,16	0,41	0,69	0,14	0,35	0,60	0,13	0,32	0,55	.S..HFJ
.S..HF	0,30	0,75	1,29	0,22	0,54	0,92	0,16	0,41	0,69	0,14	0,35	0,60	0,13	0,32	0,55	.S..HF

At 2,00 Axial Depth of Cut (ap)

Insert Geometry	Recommended Starting Feed per Tooth (Fz) in Relation to % of Radial Engagement (ae)															Insert Geometry
	5%			10%			20%			30%			40–100%
.E..LFJ	0,21	0,73	1,46	0,15	0,53	1,04	0,11	0,40	0,78	0,10	0,35	0,68	0,09	0,32	0,62	.E..LFJ
.E..LF	0,21	0,73	1,46	0,15	0,53	1,04	0,11	0,40	0,78	0,10	0,35	0,68	0,09	0,32	0,62	.E..LF
.S..GFJ	0,39	0,87	1,56	0,28	0,63	1,12	0,21	0,47	0,83	0,18	0,41	0,72	0,17	0,37	0,66	.S..GFJ
.S..GF	0,39	0,87	1,56	0,28	0,63	1,12	0,21	0,47	0,83	0,18	0,41	0,72	0,17	0,37	0,66	.S..GF
.S..HFJ	0,39	0,99	1,69	0,28	0,71	1,21	0,21	0,53	0,90	0,18	0,46	0,79	0,17	0,42	0,72	.S..HFJ
.S..HF	0,39	0,99	1,69	0,28	0,71	1,21	0,21	0,53	0,90	0,18	0,46	0,79	0,17	0,42	0,72	.S..HF

At 1,30 Axial Depth of Cut (ap)

Insert Geometry	Recommended Starting Feed per Tooth (Fz) in Relation to % of Radial Engagement (ae)															Insert Geometry
	5%			10%			20%			30%			40–100%
.E..LFJ	0,25	0,90	1,78	0,18	0,65	1,27	0,14	0,48	0,95	0,12	0,42	0,83	0,11	0,39	0,76	.E..LFJ
.E..LF	0,25	0,90	1,78	0,18	0,65	1,27	0,14	0,48	0,95	0,12	0,42	0,83	0,11	0,39	0,76	.E..LF
.S..GFJ	0,48	1,06	1,90	0,34	0,76	1,36	0,26	0,57	1,01	0,22	0,50	0,88	0,21	0,46	0,81	.S..GFJ
.S..GF	0,48	1,06	1,90	0,34	0,76	1,36	0,26	0,57	1,01	0,22	0,50	0,88	0,21	0,46	0,81	.S..GF
.S..HFJ	0,48	1,20	2,07	0,34	0,86	1,48	0,26	0,65	1,10	0,22	0,56	0,96	0,21	0,52	0,88	.S..HFJ
.S..HF	0,48	1,20	2,07	0,34	0,86	1,48	0,26	0,65	1,10	0,22	0,56	0,96	0,21	0,52	0,88	.S..HF

LightMachining

GeneralPurpose

HeavyMachining

At .394 Axial Depth of Cut (ap)

Insert Geometry	Recommended Starting Feed per Tooth (Fz) in Relation to % of Radial Engagement (ae)															Insert Geometry
	10%			20%			30%			40%			50–100%
.E..LF	.004	.007	.013	.003	.005	.009	.002	.004	.008	.002	.004	.008	.002	.004	.008	.E..LF
.S..GF	.007	.017	.028	.005	.013	.020	.004	.011	.018	.004	.010	.016	.004	.010	.016	.S..GF
.S..HF	.007	.017	.028	.005	.013	.020	.004	.011	.018	.004	.010	.016	.004	.010	.016	.S..HF

At .197 Axial Depth of Cut (ap)

Insert Geometry	Recommended Starting Feed per Tooth (Fz) in Relation to % of Radial Engagement (ae)															Insert Geometry
	10%			20%			30%			40%			50–100%
.E..LF	.004	.008	.015	.003	.006	.011	.003	.005	.009	.003	.005	.009	.002	.005	.009	.E..LF
.S..GF	.008	.020	.032	.006	.015	.023	.005	.013	.020	.005	.012	.019	.005	.012	.018	.S..GF
.S..HF	.008	.020	.032	.006	.015	.023	.005	.013	.020	.005	.012	.019	.005	.012	.018	.S..HF

At .098 Axial Depth of Cut (ap)

Insert Geometry	Recommended Starting Feed per Tooth (Fz) in Relation to % of Radial Engagement (ae)															Insert Geometry
	10%			20%			30%			40%			50–100%
.E..LF	.005	.010	.019	.004	.008	.014	.004	.007	.012	.003	.006	.012	.003	.006	.011	.E..LF
.S..GF	.010	.026	.042	.008	.019	.031	.007	.017	.027	.006	.015	.025	.006	.015	.024	.S..GF
.S..HF	.010	.026	.042	.008	.019	.031	.007	.017	.027	.006	.015	.025	.006	.015	.024	.S..HF

At .049 Axial Depth of Cut (ap)

Insert Geometry	Recommended Starting Feed per Tooth (Fz) in Relation to % of Radial Engagement (ae)															Insert
	10%			20%			30%			40%			50–100%			Geometry
.E..LF	.007	.014	.027	.005	.011	.020	.005	.009	.017	.004	.009	.016	.004	.008	.015	.E..LF
.S..GF	.014	.036	.059	.010	.026	.042	.009	.023	.036	.008	.021	.034	.008	.021	.033	.S..GF
.S..HF	.014	.036	.059	.010	.026	.042	.009	.023	.036	.008	.021	.034	.008	.021	.033	.S..HF

LightMachining

GeneralPurpose

HeavyMachining

Recommended Starting Speeds [m/min]

Material Group		KC522M			KC725M			KCPK30
P	1	395	345	325	315	275	255	545	475	440
	2	330	290	240	260	230	195	335	305	275
	3	305	255	215	240	205	170	305	275	250
	4	270	225	180	215	180	145	225	210	190
	5	225	200	180	180	160	145	310	275	255
	6	200	150	120	160	120	95	190	165	–
M	1	245	215	200	205	180	165	250	220	190
	2	225	190	160	185	160	130	225	195	170
	3	170	145	115	140	120	95	175	160	140
K	1	–	–	–	–	–	–	355	320	285
	2	–	–	–	–	–	–	280	255	230
	3	–	–	–	–	–	–	235	210	195
N	1–2	–	–	–	–	–	–	–	–	–
	3	–	–	–	–	–	–	–	–	–
S	1	50	45	35	45	35	30	–	–	–
	2	50	45	35	45	35	30	–	–	–
	3	60	50	35	55	45	30	–	–	–
	4	85	60	45	75	55	35	–	–	–
H	1	–	–	–	–	–	–	–	–	–

Recommended Starting Speeds [SFM]

Material Group		KC522M			KC725M			KCPK30
P	1	1300	1130	1060	1030	900	840	1780	1560	1450
	2	1080	950	790	860	760	640	1100	1000	900
	3	1000	840	700	790	670	550	1000	900	820
	4	890	730	590	710	590	470	740	690	620
	5	730	660	590	590	530	470	1020	910	830
	6	650	490	400	520	400	310	620	540	–
M	1	800	710	650	670	590	540	820	720	620
	2	730	620	520	610	520	430	730	640	550
	3	550	480	370	460	400	310	570	520	460
K	1	900	820	720	–	–	–	1160	1050	940
	2	710	640	590	–	–	–	920	830	760
	3	590	530	480	–	–	–	770	690	640
N	1–2	–	–	–	–	–	–	–	–	–
	3	–	–	–	–	–	–	–	–	–
S	1	160	140	110	140	120	100	–	–	–
	2	160	140	110	140	120	100	–	–	–
	3	200	160	110	180	140	100	–	–	–
	4	280	200	140	240	180	120	–	–	–
H	1	–	–	–	–	–	–	–	–	–

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