NEW HIGH FEED MILLING CUTTER HIGH FEED MILLING CUTTER 15G1F/5G_F

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1 NEW HIGH FEED MILLING CUTTER 15G1F/5G_F HIGH FEED MILLING CUTTER Very smooth cutting insert geometry -edged inserts 2 different insert geometries in 3 different carbide grades Available as shell-type and screw-type milling cutters Tools diameters Ø mm No. 13 E /

2 HIGH FEED MILLING CUTTER 15G1F / 5G_F Product Overview New high feed milling cutters for rough milling in a diameter range of Ø mm. Different insert geometries for machining of steel, cast iron and materials of the material groups M (stainless steel), S (heat resistant alloys and titamium alloys) and hardened materials of material group H up to 8 HRC. The new series will be available as screw-type end mills in the diameters Ø25 / Ø30 / Ø32 / Ø35 / Ø0 / Ø2 mm and as shell-type mills in the diameters Ø50 / Ø52 / Ø63 / Ø66 / Ø80 / Ø85 mm. In order to be able to react to the different requirements, the both close pitch and coarse pitch shell-type mills will be available as standard tools. Application Range Range of application of the new GoldQuadF-series are face and contour milling in mechanical engineering, mould and die industry as well as aerospace industry. Technical Features -edged inserts for cutting depths ap up to 1.5 mm. Different geometries for stable and unstable conditions. Neutral and positive geometries in 3 different carbide grades covering a wide range of different applications enable the maximum cutting volume to be achieved, even for difficult applications. Thanks to the wiper being 90 adjacent to the cutting diameter, 90 shoulders can be machined without problem. Unlike the series with the 13 mm and 19 mm insert in this new 9 mm series the effective diameter is maintained even when the changeover from neutral to positive cutting edge takes place. The nominal diameter is thus also the effective diameter for programming purposes. The programming radius is R2.5. For details of the recommended cutting data, refer to the manual for cutting data for milling and boring tools. Advantages Smooth cutting, axially positive mounting position Cutting depths up to 1.5 mm -edged insert 2 different insert geometries in 3 different solid carbide grades Available as shell-type and screw-type milling cutters Tool diameter range Ø25 Ø85 mm - in close and coarse pitch No changes in diameter when different insert geometries are used Wiper for machining 90 shoulders 2

3 HIGH FEED MILLING CUTTER 15G1F...X SCREW-IN TYPE ADAPTION HIGH FEED L D M Ød1 Grade a Designation D d1 L a M Z IK 15G1F025035X7R ,5 M12 3 5,5 3 0,09 15G1F03003X8R ,5 M16 3 3,5 3 0,15 15G1F03203X8R ,5 M16 3,3 3 0,20 15G1F03503X8R ,5 M16 2,6 3 0,22 15G1F0003X8R ,5 M16 5 2,2 3 0,2 15G1F0203X8R ,5 M16 5 2,0 3 0,26 Programming radius R2,5 SDXS090MPR-MR Ø,2 SDXS090MPR-MM Ø,2 9, 9, Designation fz(min/max) Design IN005 IN030 IN035 SDXS090MPR-MR 0,50/1,50 neutral geometry, convex, chamfered SDXS090MPR-MM 0,50/1,50 positive geometry, convex, chamfered = P = M = K = N = S = H SPARE PARTS 1 2 SM R0 (2,Nm) DS-T09S 1 = Insert screw 2 = Screw driver 3

4 HIGH FEED MILLING CUTTER 5G_F ADAPTION ACC. TO DIN 8030 HIGH FEED L ØD Ød1 Grade a Ød Designation D d d1 L a Z IK 5G6F050R ,5 6 1,5 3 0,3 5G5F050R00 1) ,5 7 1,5 3 0,3 5G6F052R ,5 6 1,3 3 0,6 5G5F052R00 1) ,5 7 1,3 3 0,6 5G6F063R ,5 7 1,1 3 0,75 5G5F063R00 1) ,5 8 1,1 3 0,75 5G6F066R ,5 7 1,0 3 0,80 5G5F066R00 1) ,5 8 1,0 3 0,80 5G6F080R ,5 7 0,6 3 1,20 5G5F080R00 1) ,5 9 0,6 3 1,20 5G6F085R ,5 8 0, 3 1,27 5G5F085R00 1) ,5 10 0, 3 1,27 Programming radius R2,5 1) close pitch SDXS090MPR-MR Ø,2 SDXS090MPR-MM Ø,2 9, 9, Designation fz(min/max) Design IN005 IN030 IN035 SDXS090MPR-MR 0,50/1,50 neutrale geometry, convex, chamfered SDXS090MPR-MM 0,50/1,50 positive geometry, convex, chamfered = P = M = K = N = S = H SPARE PARTS 1 2 SM R0 (2,Nm) DS-T09S 1 = Insert screw 2 = Screw driver

5 '09 / SDXS09 Tips & Parameters insert: SDXS090MPR-MR SDXS090MPR-MM max. cutting depth: ap = 1.5 mm ap = 1.5 mm programming radius: Recommended cutting data: material cutting speed Vc [m/min] recommended 1st choice dry machining 1st choice wet machining cutting depth resp. wear resistant carbide resp. tough carbide ap [mm] feed per tooth fz [mm] unalloyed steel IN IN alloyed steel 800 N/mm 2 IN IN alloyed steel 1100 N/mm 2 IN IN stainless steel IN IN gray cast iron IN IN nodular cast iron IN IN aluminum high temperature alloys IN IN titanium alloys - - IN hard machining < 8 HRC IN IN hard machining < 63 HRC Tips The worse the material machining, the smaller the tool engagement should be chosen. The smaller the cutting tool diameter, the higher the cutting speed can be. The starting feed rate should be reduced by 30%. -edged insert Ramping data and circular interpolation: tool diameter [mm] SDXS090MPR-MR and -MM geometry max. ramping angle [ ] min. bore dia. [mm] max. ap/rev [mm] max. bore dia. [mm] General information - insert SDXS09...: insert screw: SM R0 torque: 2. Nm torque wrench: DTNV00S with bit DS-T09TB Successful machining results depend on many factors, so cutting data recommendations can only be a rough guideline. Therefore in any case of doubt do not hesitate to contact your Ingersoll partner. 5

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