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| | | T3130 | | |
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| | | Practical examples | | |
| | | Standard cutting conditions | | |
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| | | | | | | | | | | | Work material | □IN | Hardness | Cutting speed Ve [m/min] | | | | Mild steels Low-carbon steels | C10E | 110 ~ 180HB | 150 - 300 | | | | C15E | | | | C25E | | | | ST42.3 | | | | Medium carbon steels (< 0.5% C] | C35E | 150 ~ 280HB | 150 ~ 280 | | | | C45E | | | | C50E | | | | High carbon carbon steels (> 0.5% C] Alloy steels | C55E | 180 ~ 350HB | 150 ~ 250 | | | | C60E | | | | 42CrMo4 | | | | 41CrS4 | | | | Alloy steels Pre-hardened steels | 36CrNiMo4 | ~ 40HRC | 100 - 200 | | | | NAK80 (JIS) | | | | Alloy tool steels | SKD11 (JIS) | ~ 280HB | 100 - 180 | | | | X40CrMoV5-1 | | | | SKT (JIS) | | | | SKS (JIS) | | | | | | | | | | | |
| | | Work materialToolholder Insert Grade Cutting speed Depth of cut Feed per toothCoolant | | C50E : EPS17032RSB (3 teeth) : ASMT170508PDPR-MJ : T3130 : Vc = 160 m/min : ap = 5 mm x 3 passes fz = 0.1 mm/t : without | | |
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| | | Result The previously used tool machined 5 pes. at most and machining was instable due to insert breakage. T313D consistently machined 7 pcs.,1.4 times that of previously used tool. Productivity was also drastically increased by 70%. | | |
| | | Current tool Work material : Medium carbon steel (JIS S50C] Cutter body : Competitor's square shoulder cutter (3 teeth) Insert : PVD coated Cutting speed : Vc = 120 m/min Depth of cut : ap = 4 mm x 4 passes Feed per tooth : fz = 0.08 mm/t | | |
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| | | Work materialToolholder Insert Grade Cutting speed Depth of cut Feed per tooth Coolant | | ST42.3 : TMD4408RI (10 teeth) :SDEN42ZTN20 : T3130 : Vc = 179 m/min : ap = 1 mm : fz = 0.14 mm/t : without | | Work materialToolholder Insert Grade Cutting speed Depth of cut Feed per toothCoolant | | 42CrMo4 : TXP08050R (3 teeth) : WPMT080615ZPR-ML : T3130 : Vc = 260 m/min : ap = 1 mm x 2 passes fz = 1.42 mm/t : without | | |
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| | | Result Due to interrupted cutting, conventional type showed unexpected breakage and therefore varied in tool life. T313D grade stabilized machining and thus minimized insert failure. The machinable number of workpieces was extremely increased. | | Result With competitor's cutter, only 20 pes. per cutting edge were machined. T313D was able to machine 35 pes. per cutting edge, which is 1.7 times that of competitor's tool. | | |
| | | Current tool Work material : ST42.3 Cutter body : TMD4408RI (10 teeth) Insert : Conventional types (CVD coated) Cutting speed : Vc = 179 m/min Depth of cut : ap = 1 mm Feed per tooth : fz = 0.14 mm/t | | | Current tool Work material : 42CrMo4 Cutter body : Competitor's cutter (3 teeth) Insert : PVD coated Cutting speed : Vc = 260 m/min Depth of cut : ap = 1 mm x 2 passes Feed per tooth : fz = 1.42 mm/t | | |
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| | | Tungaloy Italia S.p.A. Via E. Andolfato, 10 I - 20126 MILANO Tel. +39 02 25 20 12 - 1 Fax +39 02 25 20 12 - 65 e-mail: info@tungaloy.it www.tungaloy-eu.com | | Tungaloy France S.a.r.l. 6, Avenue des Andes F - 91952 COURTABOEUF CEDEX Tel. +33 (01) 64 86 43 00 Fax +33 (01) 69 07 78 17 e-mail: info@tungaloy.fr www.tungaloy-eu.com | | |
| | | Tungaloy Europe GmbH Elisabeth-Selbert-Str. 3 D - 40764 Langenfeld Tel. +49 (0 21 73) 9 04 20 - 0 Fax +49 (0 21 73) 9 04 20 - 18 e-mail: info@tungaloy.de www.tungaloy-eu.com | | | Tungaloy Central Europe s.r.o. 4D Center Building B 10F Kodanska 46 CZ - 10100 Praha 10 Tel. +420 - 2 72 65 22 18 Fax +420 - 2 34 06 42 70 e-mail: info@tungaloy.cz www.tungaloy-eu.com | | |
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| | | ISO 9001 certified QC00J0056 18/10/1996 Tungaloy Corporation | | ISO 14001 certified EC97J1123 26/11/1997 Production Division, Tungaloy Corporation | | |
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| | | TE0908-E1 | | |
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