THREAD TURNING CONTENTS

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1 THREAD TURNING CONTENTS Technical Information N FourCut Thread Turning Inserts 0 External Toolholders Triangular Thread Turning Inserts External Toolholders Internal Toolholders U-type Thread Turning Inserts External Toolholders Internal Toolholders Micro Thread Turning Inserts 0 Toolholders 1 1

the inserts are the same, the FourCut threading insert

2 FOURCUT Advantages Thread Turning Cost-effective 1 Four Cutting Edges - for the Price of Three As the price for the inserts are the same, the FourCut threading insert is % cheaper as it has four cutting edges instead of three. 1

3 Thread Turning FOURCUT Advantages Strength Strong and Stable Machining FourCut is a vertical insert. This gives a very strong insert. The cutting forces go in to the insert and you don t need any anvil as the carbide insert take up the forces. No problem with the side forces as the flat surface of the insert take up these forces. No weak point on the toolholder.

FOURCUT Advantages Thread Turning Accessability Minimum Waste of

4 FOURCUT Advantages Thread Turning Accessability Minimum Waste of Material With a vertical insert the accessability gives you two main advantages. 1) ess waste of material as you don t need to turn away material to be able to make the thread. ) As you have more space you can use a live center when you are turning small diameters. This will give you a stable machining and a better quality of the thread.

5 Thread Turning FOURCUT Advantages Optimal Clearance Perfect Cutting Conditions The inserts are ground on all sides with a complex grinding technology on -axis grinding machines to get a clearance angle all around the thread profile which gives the following advantages: 1) Extra clearance on the flanks gives better cutting conditions. ) Same toolholder for different helix angles as the extra clearance allow you to have bigger difference in helix angle. ) ess clearance on the radius gives stronger cutting edge and longer tool life.

THREAD TURNING INSERTS Helix Angle P To get good cutting conditions the threading insert has to be inclined into the toolholder at approximately the same angle as the helix angle of the thread.

The standard toolholder has helix angle and it is possible to make almost all threads with the same holder.

6 THREAD TURNING INSERTS Helix Angle P To get good cutting conditions the threading insert has to be inclined into the toolholder at approximately the same angle as the helix angle of the thread. tan λ = P π x D D λ The FourCut inserts has extra clearance on the flanks and therefore it is not so important to have correct helix angle. The standard toolholder has helix angle and it is possible to make almost all threads with the same holder.,0, special,,0,,,0,,0 λ = standard, 0, Diameter On the triangular inserts it is more important to have a similar helix angle on the toolholder as the thread. The standard toolholder has an anvil which gives helix angle. If you need bigger or smaller, you just change the anvil.,0,,0,,,, λ = standard,,,0,,0, λ = 0, 0, Diameter

7 CODE KE Inserts E R.0 ISO FC insert size E = external I = internal R = right hand = left hand pitch thread profile carbide grade Toolholders S E R M S = screw E = external I = internal R = right hand = left hand shank dimension holder lenght insert size Exempel = 00 = F = 0 H = 0 K = = M = P = 10 R = 0 S = T = 00 U = 0 V = 00

8 CUTTING DATA Thread Turning Cutting Speed (V c ) and Material Factor (F m ) MATERIA Hardness HB Tensile Strenght Cutting Speed N/ (V c ) m/min - 0 Material Factor (F m ) Steel Cast iron Stainless steel Titanium Nickel Copper Aluminium Inconel Graphite ow carbon, C < 0,% Medium carbon, C < 0,% High carbon, C < 0,% ow alloy High alloy Hardened, HRC < Hardened, HRC < Hardened, HRC < amellar graphite amellar graphite Nodular graphite, malleable Nodular graphite, malleable Free machining Austenitic Ferritic and austenitic Unalloyed Alloyed Alloyed Unalloyed Alloyed Alloyed Unalloyed Brass, bronze High strength bronze Unalloyed Alloyed, Si < 0.% Alloyed, Si < % Alloyed, Si > % 1 < 0 < 0 < < < 0 < < 00 < 0 < 00 < < < 00 < 0 < 0 < 0 < < 0 < 0 < 0 < 0 < 0 < 0 < < 0 < 0 < 0 < 00 < 00 < 0 < 0 < 00 < 00 < 00 < 00 < 00 < 0 < 0 < 00 < 00 < 00 < 0 < 00 < 00 < 0 < 0 < 00 < 0 < 0 < 00 < 00 < , 0, 0, 0, 0, 1, Threading Methods Tool RIGHT HAND THREAD Anvil Rotation Direction Tool EFT HAND THREAD Anvil Rotation Direction SER AE + SE AI + SE AI - SER AE - SIR AI + SI AE + SI AE - SIR AI -

9 Thread Turning CUTTING DATA Number of Passes ISO UN W NPT 0, 1,,,0,,0,,0,, , Material Factor (F m ) 0, 1, Radial Infeed Each Pass PASS Percentage of the total infeed Carbide Grades FC Micrograin Carbide with TiAlN coating. Allround Grade with high heat resistance. Use cutting data according to the tables. BC Micrograin Carbide with TiN coating. Suitable for internal thread turning of small dimensions. Cutting speed 0% less than FC. HC Micrograin Carbide with AlTiSiN coating. Allround Grade with high hardness and heat resistance. Use cutting data according to the tables.

10 THREAD TURNING INSERTS FourCut P = 0, - - P = -,0 - T T M METR T 0, 0, 1,,,0 E_0.ISO_HC E_0.ISO_HC E_0.ISO_HC E_0.ISO_HC E_0.ISO_HC E_1.0ISO_HC E_1.ISO_HC E_1.ISO_HC E_1.ISO_HC E_.0ISO_HC E_.ISO_HC E_.0ISO_HC,, 0, 1, 1, UN UNIFIED T E_UN_HC E_UN_HC E_UN_HC E_UN_HC E_1UN_HC E_UN_HC E_1UN_HC E_1UN_HC E_UN_HC E_UN_HC E_UN_HC E_UN_HC E_UN_HC,,,, 1, 1, 1, 1, G/Rp WHITWORTH PIPE THREAD T 1 1 E_W_HC E_1W_HC E_1W_HC E_W_HC, 1, FourCut inserts are also available in FC grade. 0

NPT 0 0, - 0, - 0, -,0 1, -,0 0, - 0, - 0, -,0 1, -,0 PG TR 1 1 1 1,0 - - - 1- - - - 1- THREAD TURNING INSERTS E_NPT_HC E_1NPT_HC E_1NPT_HC E_.

11 NPT 0 0, - 0, - 0, -,0 1, -,0 0, - 0, - 0, -,0 1, -,0 PG TR , THREAD TURNING INSERTS E_NPT_HC E_1NPT_HC E_1NPT_HC E_.NPT_HC E_AA0_HC E_A0_HC E_AG0_HC E_G0_HC E_AA_HC E_A_HC E_AG_HC E_G_HC NPT PIPE THREAD T, PARTIA PROFIE 0 T, PARTIA PROFIE T,, STEE CONDUIT THREAD DIN 00 E_PG_HC E_1PG_HC E_PG_HC E_1.TR_HC E_.0TR_HC E_.0TR_HC All inserts have ground profile and chipbreaker. TRAPEZ DIN T T, 1, 1, 1, 1, 1, 1

12 THREAD TURNING INSERTS FourCut Multitooth T M METR T Radial infeed per pass 1 ER_1.0ISOM_HC ER_1.ISOM_HC, 1,, 0, 0, 0,1 0,0 0,1 0,1 G/Rp WHITWORTH PIPE THREAD T 1 ER_1WM_HC,, Radial infeed per pass 1 0, 0, 0, Kit with Different Inserts 0. ISO 1. ISO 1. ISO. ISO 1 W 1.0 ISO 1. ISO.0 ISO.0 ISO W E_HC E_HC 1 st. E_0.ISO_HC 1 st. E_1.0ISO_HC 1 st. E_1.ISO_HC 1 st. E_1.ISO_HC 1 st. E_1.ISO_HC M, M- M- M- M MF- MF-0 MF- MF-0 1 st. E_.0ISO_HC 1 st. E_.ISO_HC 1 st. E_.0ISO_HC 1 st. E_1W_HC 1 st. E_W_HC M1- MF1-0 M1- M- MF0-0 G -/ G 1 1 st. E_1.0ISO_HC 1 st. E_1.ISO_HC 1 st. E_.0ISO_HC 1 st. E_.ISO_HC 1 st. E_.0ISO_HC M- M- M1- M1- M- MF-0 MF-0 MF1-0 MF0-0

13 THREAD TURNING TOOHODERS FourCut External H F B Insert SERH SERH SERK SERM B/H 0 0 F Insert Screw to insert Spare Parts Torx key TOR T The s are for Right Hand Toolholders. For eft Hand specify instead of R. The Price is % higher for.

14 M ETERNA INTERNA ETERNA INTERNA METR THREAD TURNING INSERTS 0, 0, 0, 1, 1,,,0,,,0,,0,,,0,0 1,,,0 / / / / / 1/ / / 1/ / 1/ / 1/ / / 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1, 0, 0, 0, 0, 0, 0, 1,, 0, 0, 1, 1, 1, 1, 1, 1, 1, 0, 0, 1, 1,,,,,, 1, ER_0.ISO_FC ER_0.ISO_FC ER_0.ISO_FC ER_0.ISO_FC ER_1.0ISO_FC ER_1.ISO_FC ER_1.ISO_FC ER_1.ISO_FC ER_.0ISO_FC ER_.ISO_FC ER_.0ISO_FC ER_.ISO_FC ER_.ISO_FC ER_.0ISO_FC ER_.ISO_FC ER_.0ISO_FC ER_.ISO_FC ER_.ISO_FC ER_.0ISO_FC ER_.0ISO_FC ER_1.0ISOCB_FC ER_1.ISOCB_FC ER_1.ISOCB_FC ER_1.ISOCB_FC ER_.0ISOCB_FC ER_.ISOCB_FC ER_.0ISOCB_FC WITH SINTERED CHIPBREAKER 0IR_0.ISO_BC 0IR_0.ISO_BC 0IR_0.ISO_BC 0IR_1.0ISO_BC 0IR_1.0ISO_BC IR_1.0ISO_FC IR_1.0ISO_FC 0IR_1.ISO_BC 0IR_1.ISO_BC IR_1.ISO_FC IR_1.ISO_FC 0IR_1.ISO_BC IR_1.ISO_FC IR_1.ISO_FC 0IR_1.ISO_BC IR_.0ISO_FC IR_.0ISO_FC IR_.ISO_FC IR_.0ISO_FC IR_.ISO_FC IR_.ISO_FC IR_.0ISO_FC IR_.ISO_FC IR_.0ISO_FC IR_.ISO_FC IR_.ISO_FC IR_.0ISO_FC IR_.0ISO_FC IR_1.0ISOCB_FC IR_1.ISOCB_FC IR_.0ISOCB_FC IR_.ISOCB_FC IR_.0ISOCB_FC Triangular

THREAD TURNING INSERTS UN 1 1 1 1 1 1, / / 1/ / / 1/ / / 1/ / / 1/ / 1/ / 1/ / 1/ 1/ / / ETERNA ER_UN_FC ER_UN_FC ER_UN_FC ER_UN_FC ER_1UN_FC ER_UN_FC ER_1UN_FC ER_1UN_FC ER_UN_FC ER_UN_FC ER_UN_FC

15 THREAD TURNING INSERTS UN , / / 1/ / / 1/ / / 1/ / / 1/ / 1/ / 1/ / 1/ 1/ / / ETERNA ER_UN_FC ER_UN_FC ER_UN_FC ER_UN_FC ER_1UN_FC ER_UN_FC ER_1UN_FC ER_1UN_FC ER_UN_FC ER_UN_FC ER_UN_FC ER_UN_FC ER_UN_FC ER_UN_FC ER_UN_FC ER_UN_FC ER_.UN_FC ER_UN_FC UNIFIED INTERNA 0IR_UN_BC 0IR_UN_BC IR_UN_FC IR_UN_FC 0IR_UN_BC 0IR_UN_BC IR_UN_FC IR_UN_FC 0IR_UN_BC 0IR_UN_BC IR_UN_FC 0IR_UN_BC 0IR_UN_BC IR_UN_FC IR_UN_FC 0IR_1UN_BC IR_1UN_FC 0IR_UN_BC IR_UN_FC IR_UN_FC 0IR_1UN_BC IR_1UN_FC IR_UN_FC IR_UN_FC IR_UN_FC IR_UN_FC IR_UN_FC IR_UN_FC IR_UN_FC IR_UN_FC IR_UN_FC IR_.UN_FC IR_UN_FC The s are for Right Hand Inserts. For eft Hand specify instead of R. The Price is % higher for. All inserts have ground profile and chipbreaker if nothing else is indicated. 0, 0, 1, 1, 1, 1,,1 0, 1, 1, 1,,,,0 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 0, 0, 0, 0, 1, 1,,

16 THREAD TURNING INSERTS PARTIA PROFIE ,- 0,- 0,- 0,- 0,- 1,-,0 0,-,0,-,0,-,0 / / 1/ / ER_A0_FC ER_G0_FC ER_AG0_FC ER_N0_FC ER_Q0_FC 0IR_A0_BC 0IR_A0_BC IR_A0_FC IR_A0_FC IR_G0_FC IR_AG0_FC IR_N0_FC IR_Q0_FC 0, 0, 1,,1 1, 1,,,1 ETERNA INTERNA PARTIA PROFIE ,- 0,- 0,- 0,- 0,- 1,-,0 0,-,0,-,0,-,0 / / 1/ / ER_A_FC ER_G_FC ER_AG_FC ER_N_FC ER_Q_FC 0IR_A_BC 0IR_A_BC IR_A_FC IR_A_FC IR_G_FC IR_AG_FC IR_N_FC IR_Q_FC 0, 0, 0, 1, 1, 1,,, ETERNA INTERNA ETERNA INTERNA UNJ UNIFIED ER_UNJ_FC ER_UNJ_FC ER_UNJ_FC ER_UNJ_FC ER_1UNJ_FC ER_UNJ_FC ER_1UNJ_FC ER_1UNJ_FC ER_UNJ_FC ER_UNJ_FC ER_UNJ_FC ER_UNJ_FC ER_UNJ_FC IR_UNJ_FC IR_UNJ_FC IR_UNJ_FC IR_UNJ_FC IR_UNJ_FC IR_UNJ_FC IR_UNJ_FC IR_1UNJ_FC IR_UNJ_FC IR_UNJ_FC IR_1UNJ_FC IR_UNJ_FC IR_UNJ_FC IR_UNJ_FC IR_UNJ_FC / 1/ 1/ 1/ 1/ 1/ 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 1, 1, MJ ETERNA INTERNA METR 1/ 1/ 1/ 1/ 0, 0, 0, 0, 0, 0, 0, 0, ER_1.0MJ_FC ER_1.MJ_FC ER_1.MJ_FC ER_.0MJ_FC IR_1.0MJ_FC IR_1.0MJ_FC IR_1.MJ_FC IR_1.MJ_FC IR_1.MJ_FC IR_1.MJ_FC IR_.0MJ_FC IR_.0MJ_FC

17 THREAD TURNING INSERTS BS/G/Rp , 1 1 R/Rc / / / / / / 1/ / / 1/ 1/ / / / / ETERNA ER_W_FC ER_W_FC ER_W_FC ER_W_FC ER_W_FC ER_W_FC ER_1W_FC ER_1W_FC ER_W_FC ER_1W_FC ER_W_FC ER_W_FC ER_W_FC ER_W_FC ER_W_FC ER_W_FC ER_W_FC ER_W_FC ER_.W_FC ER_W_FC ER_1WCB_FC ER_1WCB_FC ER_WCB_FC ETERNA ER_BSPT_FC ER_1BSPT_FC ER_1BSPT_FC ER_BSPT_FC 0, 0, 0, 0, 1, 1, 1, 1, WHITWORTH BSPT PIPE THREAD 0, 0, 1, 1,,, INTERNA 0IR_W_BC 0IR_W_BC 0IR_W_BC 0IR_W_BC 0IR_W_BC IR_W_FC 0IR_1W_BC IR_1W_FC IR_1W_FC 0IR_1W_BC IR_1W_FC 0IR_W_BC IR_W_FC IR_1W_FC IR_1W_FC IR_W_FC IR_W_FC IR_W_FC IR_W_FC IR_W_FC IR_W_FC IR_W_FC IR_W_FC IR_W_FC IR_.W_FC IR_W_FC WITH SINTERED CHIPBREAKER 0, IR_1WCB_FC IR_WCB_FC INTERNA 0IR_BSPT_BC 0IR_1BSPT_BC IR_1BSPT_FC IR_BSPT_FC The s are for Right Hand Inserts. For eft Hand specify instead of R. The Price is % higher for. All inserts have ground profile and chipbreaker if nothing else is indicated. 0, 0, 0, 0, 0,1 1, 1, 1, 1, 1, 1,,,

18 THREAD TURNING INSERTS AMERAN BUTTRESS ABUT 1/ 1/ ER_ABUT_FC ER_ABUT_FC ER_ABUT_FC ER_ABUT_FC ER_ABUT_FC ER_ABUT_FC 1,,1,1,, IR_ABUT_FC IR_ABUT_FC IR_ABUT_FC IR_ABUT_FC IR_ABUT_FC IR_ABUT_FC IR_ABUT_FC IR_ABUT_FC 1,,1,1,, ETERNA INTERNA STEE CONDUIT THREAD DIN 00 PG 1 1 / 1/ ER_PG_FC ER_1PG_FC ER_PG_FC 0, 0, 0, 0IR_PG_BC IR_1PG_FC IR_1PG_FC IR_PG_FC 0, 0, 0, ETERNA INTERNA BUTTRESS (SÄGENGEWINDE) DIN 1/1 SG,0,0 ER_.0SG_FC ER_.0SG_FC ER_.0SG_FC 1, 1,,1 IR_.0SG_FC IR_.0SG_FC IR_.0SG_FC 1, 1,,, ETERNA INTERNA NPT PIPE THREAD NPT ETERNA INTERNA NPTF DRSEA PIPE THREAD NPTF / / / 1/ ER_NPTF_FC ER_1NPTF_FC ER_1NPTF_FC ER_.NPTF_FC ER_NPTF_FC 0, 1, 0IR_NPTF_BC 0IR_NPTF_BC 0IR_1NPTF_BC IR_1NPTF_FC IR_1NPTF_FC IR_.NPTF_FC IR_NPTF_FC 0, 1, ETERNA INTERNA / / / 1/ ER_NPT_FC ER_1NPT_FC ER_1NPT_FC ER_.NPT_FC ER_NPT_FC 0, 0, 1, 0IR_NPT_BC 0IR_NPT_BC 0IR_1NPT_BC IR_1NPT_FC IR_1NPT_FC IR_.NPT_FC IR_NPT_FC 0, 1,

19 THREAD TURNING INSERTS TR,0,0,0,0,0,0 RD ACME 1 / / / 1/ / STACME 1 / / ETERNA ER_1.TR_FC ER_.0TR_FC ER_.0TR_FC ER_.0TR_FC ER_.0TR_FC ER_.0TR_FC ER_.0TR_FC ER_.0TR_FC ETERNA ER_RD_FC ER_RD_FC ER_RD_FC ER_RD_FC ER_RD_FC ER_RD_FC ETERNA ER_ACME_FC ER_1ACME_FC ER_ACME_FC ER_ACME_FC ER_ACME_FC ER_ACME_FC ER_ACME_FC ER_ACME_FC ER_ACME_FC ETERNA ER_STACME_FC ER_1STACME_FC ER_STACME_FC ER_STACME_FC ER_STACME_FC ER_STACME_FC ER_STACME_FC ER_STACME_FC ER_STACME_FC TRAPEZ DIN 1,, 1,,, INTERNA IR_.0TR_FC IR_.0TR_FC IR_.0TR_FC IR_.0TR_FC IR_.0TR_FC IR_.0TR_FC IR_.0TR_FC RUND DIN 0 1,,, 1, 1, 1, 1, ACME 1,,1, STUB ACME 1,, 1,, INTERNA IR_RD_FC IR_RD_FC IR_RD_FC IR_RD_FC IR_RD_FC IR_RD_FC INTERNA IR_ACME_FC IR_ACME_FC IR_1ACME_FC IR_ACME_FC IR_ACME_FC IR_ACME_FC IR_ACME_FC IR_ACME_FC IR_ACME_FC IR_ACME_FC INTERNA IR_STACME_FC IR_1STACME_FC IR_STACME_FC IR_STACME_FC IR_STACME_FC IR_STACME_FC IR_STACME_FC IR_STACME_FC IR_STACME_FC The s are for Right Hand Inserts. For eft Hand specify instead of R. The Price is % higher for. All inserts have ground profile and chipbreaker if nothing else is indicated. 1,, 1, 1,,, 1, 1, 1,, 1,,, 1, 1, 1,,1, 1,,

20 THREAD TURNING INSERTS API RD V-0.00 Taper IPF Taper IPF ETERNA ETERNA API ROUND OI THREAD INTERNA V-0.00 OI THREAD INTERNA ER_API0_FC IR_API0_FC 1,, V-0.0R V-0.00 E BUT / / / / Taper IPF Taper IPF Taper IPF 0 Taper IPF 0 ER_APIRD_FC ER_APIRD_FC ETERNA ER_API_FC ER_API_FC ETERNA ER_API0_FC ER_API0_FC V-0.0R OI THREAD INTERNA IR_API_FC IR_API_FC V-0.00 OI THREAD INTERNA IR_API0_FC IR_API0_FC,1,1,,,0,0 ETREME - INE CASING OI THREAD ETERNA ER_E1._FC ER_E1._FC INTERNA IR_E1._FC IR_E1._FC 1, BUTTRESS CASING OI THREAD ETERNA ER_BUT0._FC ER_BUT1.0_FC IR_APIRD_FC IR_APIRD_FC INTERNA IR_BUT0._FC IR_BUT1.0_FC, 1, Connection or Size / - 1 / REG Connection or Size NC-NC0 NC-NC Connection or Size / REG 1 /, /, / REG Connection or Size - / / - / Connection or Size 1 / - 1 / - The s are for Right Hand Inserts. For eft Hand specify instead of R. The Price is % higher for. All inserts have ground profile and chipbreaker if nothing else is indicated. 1, 1, 0

21 1 THREAD TURNING INSERTS Triangular Multitooth M ETERNA INTERNA METR,0 / 1,,1,,,,0,0, 1,,1,,,,0,0, ER_1.0ISOM_FC ER_1.ISOM_FC ER_1.ISOM_FC ER_.0ISOM_FC ER_.0ISOM_FC ER_.0ISOM_FC IR_1.0ISOM_FC IR_1.ISOM_FC IR_1.ISOM_FC IR_.0ISOM_FC IR_.0ISOM_FC IR_.0ISOM_FC UN ETERNA INTERNA UNIFIED /,,,,1,0,,,,,,,1,0,,, ER_UNM_FC ER_UNM_FC ER_UNM_FC ER_UNM_FC ER_UNM_FC IR_UNM_FC IR_UNM_FC IR_UNM_FC IR_UNM_FC IR_UNM_FC WHITWORTH PIPE THREAD G/Rp 1 1 ER_1WM_FC ER_1WM_FC ER_WM_FC 1,,,,, IR_1WM_FC IR_1WM_FC IR_WM_FC 1,,,,, ETERNA INTERNA NPT PIPE THREAD NPT 1 1 / / ER_.NPTM_FC ER_.NP_FC ER_NPTM_FC,,1,,,0 IR_.NPTM_FC IR_.NP_FC IR_NPTM_FC,,1,,,0 ETERNA INTERNA API ROUND OI THREAD API RD Taper IPF ETERNA INTERNA / / ER_APIRDM_FC ER_APIRDM_FC ER_APIRDM_FC IR_APIRDM_FC IR_APIRDM_FC IR_APIRDM_FC,,0,,, ETERNA INTERNA

22 THREAD TURNING INSERTS Kit with Different Inserts 0. ISO 1. ISO 1. ISO. ISO AG 1.0 ISO 1. ISO.0 ISO.0 ISO AG0 External Thread Turning Inserts ER_FC ER_FC 1 pc. ER_0.ISO_FC 1 pc. ER_1.0ISO_FC 1 pc. ER_1.ISO_FC 1 pc. ER_1.ISO_FC 1 pc. ER_1.ISO_FC M, M- M- M- M MF- MF-0 MF- MF-0 1 pc. ER_.0ISO_FC 1 pc. ER_.ISO_FC 1 pc. ER_.0ISO_FC 1 pc. ER_AG_FC 1 pc. ER_AG0_FC M1- M1- M- P0,-,0 P0,-,0 MF1-0 MF0-0 pcs. ER_.ISO_FC pcs. ER_.0ISO_FC pcs. ER_.ISO_FC pcs. ER_.0ISO_FC pcs. ER_N0_FC M0- M- MF-0 M- M- P,-,0 Internal Thread Turning Inserts 0IR_Ø_BC pcs. 0IR_0.ISO_BC pcs. 0IR_0.ISO_BC pcs. 0IR_1.0ISO_BC pcs. 0IR_1.ISO_BC pcs. 0IR_A0_BC M M- P0,- MF MF- MF-0 MF- Recoended holder: SIR_000_H0 0IR_Ø_BC pcs. 0IR_1.0ISO_BC pcs. 0IR_1.ISO_BC M- pcs. 0IR_1.ISO_BC M pcs. 0IR_W_BC G1/ pcs. 0IR_A0_BC P0,- MF-0 MF-0 Recoended holder: SIR_000_K0 IR_Ø_FC pcs. IR_1.0ISO_FC pcs. IR_1.ISO_FC pcs. IR_.0ISO_FC pcs. IR_1W_FC pcs. IR_A0_FC M1- MF1-0 G1/- P0,- MF1-0 MF1-0 Recoended holder: SIR_00_K IR_Ø1_FC pcs. IR_1.ISO_FC pcs. IR_.0ISO_FC pcs. IR_.ISO_FC pcs. IR_.0ISO_FC pcs. IR_1W_FC M1- M- MF0-0 G-/ MF1-0 MF1-0 Recoended holder: SIR_001_M IR_Ø_FC pcs. IR_1.ISO_FC pcs. IR_.0ISO_FC pcs. IR_.0ISO_FC pcs. IR_W_FC pcs. IR_AG0_FC M G1- P0,-,0 MF-0 MF-0 MF0-0 Recoended holder: SIR_00_P IR_Ø_FC pcs. IR_.ISO_FC pcs. IR_.0ISO_FC pcs. IR_.ISO_FC pcs. IR_.0ISO_FC pcs. IR_N0_FC M0- M- MF-0 M- M- P,-,0 Recoended holder: SIR_00_R

23 THREAD TURNING INSERTS I have my eyes on so that you can trust you get a reliable tool.

THREAD TURNING TOOHODERS External F B/H Insert Insert Screw to insert S S S SER F SER H SER K SER M SER P SER M SER P SER_00_R SER M SER P SER_00_R Torx key K K K B/H 0 0 0 0 10 10 0 10 0 Spare

24 THREAD TURNING TOOHODERS External F B/H Insert Insert Screw to insert S S S SER F SER H SER K SER M SER P SER M SER P SER_00_R SER M SER P SER_00_R Torx key K K K B/H Spare Parts Screw to anvil A A A F 0 0 Anvil AE... AE... AE... The s are for Right Hand Toolholders. For eft Hand specify instead of R. The Price is % higher for. Give Helix Angle for Anvil, ex. AE+0.

25 d l F D d1 SIR_000_H0* SIR_000_K0* SIR_00_H* SIR_00_K* SIR_001_* SIR_001_M* SIR_00_P* SIR_00_P SIR_00_R SIR_00_S SIR_000_T SIR_00_P* SIR_00_R SIR_00_S SIR_000_T SIR_00_S SIR_000_T SIR_000_U SIR_000_V ,,,,,,, 1,, 1,, 1, 1,,,, 1,, l,1, d d F Insert, 1 1 D SIR_000_H0CB* SIR_000_K0CB* SIR_00_MCB* SIR_00_PCB* SIR_00_RCB* SIR_00_SCB SIR_00_SCB SIR_00_SCB* ,,,,, 1,, 1, l,1, d1 d F Insert, 1 1 D with Carbide Shank and Internal Coolant Spare Parts 0 0 S S S S S S K K K K K K A A A AI... AI... AI... Insert Screw to insert Torx key Screw to anvil Anvil THREAD TURNING TOOHODERS Internal Toolholder without anvil *

26 UE_.ISO_FC UE_.0ISO_FC UE_.0ISO_FC UE_.0ISO_FC 0UI_.0ISO_BC UI_.ISO_FC UI_.0ISO_FC UI_.0ISO_FC UI_.0ISO_FC,,0,0,0 M ETERNA INTERNA / / /,1,, ,,,, 1 1 1,, METR UE_.UN_FC UE_UN_FC UE_UN_FC UE_UN_FC 0UI_1UN_BC 0UI_UN_BC 0UI_UN_BC UI_.UN_FC UI_UN_FC UI_UN_FC UI_UN_FC 1, UN ETERNA INTERNA / / / / /,,,0,0, ,,,, 1 1 1,, UNIFIED TRAPEZ DIN TR,0,0,0,0,0,0,0 / / / / UE_.0TR_FC UE_.0TR_FC UE_.0TR_FC UE_.0TR_FC UE_.0TR_FC UE_.0TR_FC* UE_.0TR_FC,,,0,, , 1, 1,, 0UI_.0TR_BC UI_.0TR_FC UI_.0TR_FC UI_.0TR_FC UI_.0TR_FC UI_.0TR_FC UI_.0TR_FC* UI_.0TR_FC,,,0,,, , 1, 1,, ETERNA INTERNA THREAD TURNING INSERTS Only one cutting edge U-type All inserts have ground profile and chipbreaker. *

ACME ACME 1 / / / / / UE_ACME_FC UE_ACME_FC UE_ACME_FC,, 1 1,, 0UI_1ACME_BC 0UI_ACME_BC 0UI_ACME_BC UI_ACME_FC UI_ACME_FC UI_ACME_FC 0, 0, 0,,,,0,0,0 1 1,, ETERNA INTERNA STUB ACME STACME 1 / / / /

27 ACME ACME 1 / / / / / UE_ACME_FC UE_ACME_FC UE_ACME_FC,, 1 1,, 0UI_1ACME_BC 0UI_ACME_BC 0UI_ACME_BC UI_ACME_FC UI_ACME_FC UI_ACME_FC 0, 0, 0,,,,0,0,0 1 1,, ETERNA INTERNA STUB ACME STACME 1 / / / / UE_STACME_FC UE_STACME_FC UE_STACME_FC,,,0 1 1, 0UI_1STACME_BC 0UI_STACME_BC 0UI_STACME_BC UI_STACME_FC UI_STACME_FC UI_STACME_FC 0,,,,0,0,0,0 1 1, ETERNA INTERNA THREAD TURNING INSERTS U_.W_FC U_W_FC U_.W_FC U_.W_FC U_W_FC U_.W_FC 0UI_W_BC U_.W_FC U_W_FC U_.W_FC U_.W_FC U_W_FC U_.W_FC,,,, BS/G/Rp ETERNA INTERNA / / / / /,,1, , 1, 1, 1,,, , 1, 1, 1, WHITWORTH

28 THREAD TURNING TOOHODERS U-type External F B/H * Insert Insert Screw to insert S S S SER MU SER PU SER_00_RU SER MU SER PU SER_00_RU SER MU* SER PU* Torx key K K K B/H Spare Parts Screw to anvil A A F 0 0 Anvil AEU... AEU... The s are for Right Hand Toolholders. For eft Hand specify instead of R. The Price is % higher for. Give Helix Angle for Anvil, ex. AEU+0. Toolholder without anvil

29 THREAD TURNING TOOHODERS U-type Internal D F d1 d l * Insert Insert Insert 0 D, 0 D, Screw to insert S S S S SIR_000_K0U* SIR_00_SU SIR_000_TU SIR_00_SU SIR_000_TU SIR_000_UU SIR_000_VU SIR_000_UU* d d d1, d1 l l F,,,1,,,,, with Carbide Shank and Internal Coolant F SIR_000_K0UCB*,, Torx key K K K K Spare Parts Screw to anvil A A Anvil AIU... AIU... The s are for Right Hand Toolholders. For eft Hand specify instead of R. The Price is % higher for. Give Helix Angle for Anvil, ex. AIU+0. Toolholder without anvil

30 THREAD TURNING INSERTS Micro F D d 0 0,-0, 0,- 0,-0, 0,- 0,- 0,- 0,-1, 0,-, 0,- 0,-1, D 0, 1,,,0,0,0,0,0 D,0,0 Also available for Grooving and Turning l INTERNA PARTIA PROFIE 0 WR0_P0_BC WR_P0_BC WR_P0_BC WR0_P0_BC WR0_P0_BC WR0_P0_BC WR0_P0_BC WR0_P0_BC INTERNA WR0_P_BC WR0_P_BC d l, 1 PARTIA PROFIE d l, 0 F 0,, F 0, 0, 0, 0, 0, 0, Minimum Bore Diameter To obtain highest possible stability the threading inserts are ground in an angle of. Therefore the minimum bore diameter is dependent on the thread length according to the table below. D 0, 1,,,0,0,0,0,0 Thread enght () ,,,0,0,0,0,0 1,,1,1,1,1,1 1,1,1,1,1,1,,,,,,,,,,,,,,,,,,,, Minimum Bore Diameter = D + (thread lenght x 0,0),,,,,,,,,,,,,,,0,,0, 0

1 THREAD TURNING TOOHODERS Micro WRCN_00E- WRCN_00F- WRCN_00H- WRCN_00J- WRCN_00J- WRCN_00E- WRCN_00F- WRCN_00H- WRCN_00J- WRCN_00J- WRCN_00G- WRCN_00J- WRCN_00J- WRCN_00J- WRCN_00G- WRCN_00J-

31 1 THREAD TURNING TOOHODERS Micro WRCN_00E- WRCN_00F- WRCN_00H- WRCN_00J- WRCN_00J- WRCN_00E- WRCN_00F- WRCN_00H- WRCN_00J- WRCN_00J- WRCN_00G- WRCN_00J- WRCN_00J- WRCN_00J- WRCN_00G- WRCN_00J- WRCN_00K- WRCN_00K- WRCN_00J- WRCN_00K- WRCN_00K d l,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0 Insert Also available in / och 1 (for Citizen). d l

THREAD TURNING INSERTS

THREAD TURNING INSERTS 3 M ETERNA INTERNA ETERNA INTERNA METR 3, 3,,0,,0,,,0,0 3/ 3/ 3/ 3/ 3/ / / / 1, 1, 1, 1, 1, 1, 1, 1, 3,7,0, 1, 1, 1, 2, 1, 3,7,0, ER_0.ISO_FC ER_0.7ISO_FC ER_0.7ISO_FC ER_0.ISO_FC ER_1.0ISO_FC ER_1.2ISO_FC