HOW TO READ THE STANDARD OF TURNING INSERTS

Transcription

1 HOW TO READ THE TADARD OF TURIG How thi ection pge i ognied zognied ccoding to tuning inet hpe. (fe to the index on the next pge.) xinet e nged in ode of : egtive inet (with hole without hole) oitive inet (with hole without hole) cbeke e nged in ode of : Finih Cutting Light Cutting emi-hevy Cutting Hevy Cutting GRADE ALICATIO RECOEDED FOR EACH WOR ATERIAL cutting condition uitble fo ech type of wok mteil i hown genel guide to elect the gde. : tble Cutting : Genel Cutting : Untble Cutting TITLE OF RODUCT ACCORDIG TO THE IERT TYE RODUCT ECTIO IDICATIO OF EGATIVE/OITIVE TYE HAE & AGLE AR Gph of chip contol by wok mteil how ecommended chip beke nd chip contol nge ccoding to wok mteil nd cutting ppliction. Gph e coloued ccoding to cutting ppliction (Finih Light edium emi-hevy Hevy) nd contin ecommended beke fo ech ppliction. Finih Cutting : emi-hevy Cutting : Light Cutting : : Hevy Cutting : FIGURE HOWIG THE IERT GEOETRY D1 : Dimete of Incibed Cicle 1 : Thickne : Cone Rdiu & D2 : Dimete of Hole Dimenion e detiled in the "Dimenion" column. TOC TATU IERT GRADE IERT UBER IERT DIEIO LEGED FOR TOC TATU AR i hown on the left hnd pge of ech double-pge ped. CUTTIG ALICATIO i hown in ode of: FinihLight ediumemi-hevyhevy. HOTO OF IERT IDICATIO OF CHIBREAER indicte the deigntion fo chipbeke. AGE REFERECE CHI BREAER GRADE TECHICAL DATA indicte efeence pge, on the ight hnd pge of ech double-pge ped. ALICABLE HOLDER AGE indicte efeence pge fo detil of pplicble holde. To Ode : lee pecify zinet numbe nd xgde. A

2 TURIG IERT GRADE IERT TADARD IDETIFICATIO... A2 GEOETRY... A4 RECIIO BREAER YTE... A6 OUTLIE OF... A9 ITUBIHI CARBIDE BREAER YTE... A1 RECIIO BREAER YTE... A15 WIER IERT... A16 GRADE FOR TURIG... A18 TURIG ALICATIO RAGE... A19 COATED CARBIDE (CVD)... A2 COATED CARBIDE (VD)... A22 CERET... A24 COATED CERET... A25 CEETED CARBIDE... A26 ICRO-GRAI CEETED CARBIDE... A27 CLAIFICATIO OF... A28 TADARD OF EGATIVE WITH CooTYE... RHOBIC 8... A48 DooTYE... RHOBIC A53 RooTYE... ROUD... A57 ootye... QUARE 9... A58 TooTYE... TRIAGULAR 6... A62 VooTYE... RHOBIC A68 WooTYE... TRIGO 8... A7 EGATIVE WITHOUT ootye... QUARE 9... A73 TooTYE... TRIAGULAR 6... A74 ootye... ARALLELOGRA A75 OITIVE WITH VBooTYE... RHOBIC A76 WBooTYE... TRIGO8... A78 CCooTYE... RHOBIC 8... A79 DCooTYE... RHOBIC A84 RCooTYE... ROUD... A88 CooTYE... QUARE 9... A89 TCooTYE... TRIAGULAR 6... A9 VCooTYE... RHOBIC A91 WCooTYE... TRIGO 8... A92 CooTYE... RHOBIC 8... A93 ootye... QUARE 9... A94 TooTYE... TRIAGULAR 6... A95 WooTYE... TRIGO 8... A98 VDooTYE... RHOBIC A99 DEooTYE... RHOBIC A1 TEooTYE... TRIAGULAR 6... A11 RDooTYE... ROUD... A12 RGooTYE... ROUD... A13 OITIVE WITHOUT ootye... QUARE 9... A14 TooTYE... TRIAGULAR 6... A16 RTG TYE... A18 A1

3 IDETIFICATIO TURIG TURIG IDETIFICATIO ymbol H O T C D E F V W L A B R Inet hpe Hexgonl Octgonl entgonl que Tingul Rhombic8 Rhombic55 Rhombic75 Rhombic5 Rhombic86 Rhombic35 Tigon ctngul llelogm85 llelogm82 llelogm55 Round z ymbol fo Inet hpe ymbol ød1 Tolence of oe Height m (mm) m ød1 c ymbol fo Tolence Cl Tolence of Incibed Cicle ød1 (mm) m Tolence of Thickne 1 (mm) A F C H E G J e.5 e.5 e.13 e.13 e.25 e.25 e.5 e.25 e.13 e.25 e.13 e.25 e.25 e.5e.15 e.25 e.25 e.25 e.25 e.25 e.13 e.25 * e.13 e.5e.15 e.25 L* e.25 e.5e.15 e.25 * e.8e.18 e.5e.15 e.13 * e.8e.18 e.5e.15 e.25 U* e.13e.38 e.8e.25 e.13 The ufce of inet with mk i inteed. * 1 c ymbol fo Tolence Cl Detil of Cl Inet Tolence Tolence of oe Height (mm) D.I.C. Tingul que Rhombic Rhombic Rhombic Round e.8 e.8 e.13 e.15 e.15 e.8 e.8 e.13 e.15 e.15 e.18 e.2 e.8 e.8 e.13 e.15 e.15 e.11 e.11 e.15 e.18 e.18 e.16 e.16 Tolence of Incibed Cicle (mm) que Rhombic Rhombic Rhombic D.I.C. Tingul Round e.5 e.5 e.8 e.1 e.1 e.5 e.5 e.8 e.1 e.1 e.13 e.15 e.5 e.5 e.8 e.1 e.1 e.5 e.5 e.8 e.1 e.1 e.5 e.5 e.5 e.8 e.1 e.1 e.13 e.15 m Tingul inet with fcet (econdy Cutting Edge) z C G c x v x ymbol fo oml Clence v ymbol fo Fixing nd/o fo Chip Beke ymbol oml Clence etic A 3 ymbol Hole Hole Configution Chip Beke Figue ymbol Hole Hole Configution Chip Beke Figue B 5 C 7 D 15 E 2 F 25 G 3 W T Q U B H With Hole Cylindicl Hole + One Counteink With Hole (4 6 ) With Hole Cylindicl Hole + Double Counteink With Hole (4 6 ) With Hole Cylindicl Hole + One Counteink With Hole (7 9 ) o One ided o Double ided o One ided A G R F With Hole Cylindicl Hole With Hole Cylindicl Hole With Hole Cylindicl Hole Without Hole Without Hole Without Hole o One ided Double ided o One ided Double ided 11 C J With Hole Cylindicl Hole + Double Counteink With Hole (7 9 ) o Double ided X pecil Deign O Othe oml Clence jo oml Clence A2

4 TURIG ymbol 2 L Dimete of Incibed Cicle (mm) Thickne i fom the bottom of the inet * to the top of the cutting edge. ymbol Thickne (mm) T T T n ymbol fo Inet Thickne IDETIFICATIO b ymbol fo Inet ize / ymbol fo Chip Beke tndd FH FJ b n / (E) ()- V m,. F FV FY m ymbol fo Inet Cone Configution, ymbol fo Cutting Edge Condition. ymbol fo Cutting Diection ymbol Cone Rdiu (mm) Figue Cutting Edge ymbol Figue Hnd ymbol hp oe V3 V5.3.5 hp Cutting Edge F Right R 1.1 Round 2.2 Cutting Edge E Left L Chmfeed eutl T Cutting Edge Chmfeed nd Rounded Cutting Edge itubihi teil omit the honing ymbol. GH GJ HL H HV HX A H J V W A H W : Inch : etic Round Inet (fe to JI-B ) A3

5 A4 CGA CGG CA CG C DGA DGG DG DA DG D DX GA GG A G TGA TGG TA TG T TX VGA VG VGG VG V WA WG RG A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A 93pp 94pp 124pp 166pp 196pp 259pp 114pp 154pp 156pp 93pp 124pp 156pp 196pp 257pp 259pp 113pp 163pp 164pp 224pp 276pp 339pp 164pp 63pp 6T3pp 64pp 84pp D2 CCET CCGT CCT CCGB CCB CCGH CCH CCGW CCW CGT CX DEGX CGB CB CH DCET DCGT DCGW DCW DCT RCX RCT RGG B B B B B B B B B B B B B B B B D D D D B B B B B C D D D D D D B B C 62pp 9T3pp 62pp 31pp 4Tpp 62pp 9T3pp 62pp 83pp 9T3pp 124pp 62pp 9T3pp 124pp 82pp 93pp 82pp 93pp 82pp 93pp 72pp 11T3pp 72pp 11T3pp 154pp 154pp D D3 ød3 ød3 ød3 EGATIVE GEOETRY TURIG Inet umbe Dimenion (mm) Hole Type OITIVE Inet umbe Dimenion (mm) Hole Type Type D Type C Type B Type A GEOETRY TURIG

6 A5 WBGT WBT WGT WT WCGT WCT WCW B B B B B B B B 21pp L32pp 21pp L32pp 42pp 6T3pp 42pp 63pp D D3 CT CW TCGT TCT TCGW TCW W T GX TEGX TGX TX TGV TGT VCGT VCT VCGW VCW TGB TB TGH TH VBET VBGT VBT VBGW VDGX B B B B B B D D B B B B B B D C C C D C C C D D D D D B B B B B B B B D 9T3pp 124pp 93pp 123pp 93pp 123pp 93pp 123pp 61pp 82pp 92pp 112pp 133pp 16T3pp 163pp 82pp 92pp 113pp 163pp 82pp 92pp 113pp 163pp 82pp 92pp 113pp 163pp 92pp 113pp 163pp 113pp 164pp 82pp 113pp 164pp 163pp D D3 ød3 ød3 ød3 OITIVE Inet umbe Dimenion (mm) Hole Type Inet umbe Dimenion (mm) Hole Type GEOETRY TURIG Type D Type C Type B Type A

7 TURIG RECIIO BREAER YTE TURIG RECIIO BREAER YTE TADARD OF WITH HAD OF TOOL EGATIVE Geomety Inet umbe L3 L4 B2 B7 L3 B2 L3 B2 L4 Right hnd inet hown. Right hnd inet hown. L3 B2 L3 B7 DGG1544R/L 1548R/L GG934R/L 938R/L 1244R/L 1248R/L TGG1642R/L-F 1644R/L-F 1648R/L-F Right hnd inet hown. TGG1132R/L R/L R/L R/L L3 B2 1638R/L 1642R/L R/L L4 1648R/L R/L R/L R/L Right hnd inet hown. L3 B R/L VGG1644R/L 1648R Right hnd inet hown. A6

8 OITIVE Geomety Inet umbe L3 L4 Geomety Inet umbe L3 L4 L L3 2 Right hnd inet hown. L3 Right hnd inet hown. L3 Right hnd inet hown. L3 L3 CCET 62V3R/L-R 621R/L-R 622R/L-R 624R/L-R 9T3V3R/L-R 9T31R/L-R 9T32R/L-R 9T34R/L-R CCET 62R/L- 62V3R/L- 621R/L- 622R/L- 624R/L- 9T3R/L- 9T3V3R/L- 9T31R/L- 9T32R/L- 9T34R/L- CCET 62V3R/LW- 9T3V3R/LW- CCGH 622R/L-F 624R/L-F L3 L Right hnd inet hown. L3 3 L3 2 Right hnd inet hown. L3 2 Right hnd inet hown. L3 CH 824R/L-F 934R/L-F DCET 72V3R/L-R 721R/L-R 722R/L-R 724R/L-R 11T3V3R/L-R 11T31R/L-R 11T32R/L-R 11T34R/L-R DCET 72R/L- 72V3R/L- 721R/L- 722R/L- 724R/L- 11T3R/L- 11T3V3R/L- 11T31R/L- 11T32R/L- 11T34R/L- DCET 72V3R/LW- 11T3V3R/LW RECIIO BREAER YTE TURIG L4 L Right hnd inet hown. L L3 35 Left hnd inet hown. L3 Right hnd inet hown. L3 Right hnd inet hown. CCGT 31V3L-F 311L-F 312L-F 314L-F 4TV3L-F 4T1L-F 4T2L-F 4T4L-F CCGT 62V3R/L- 621R/L- 622R/L- 9T3V3R/L- 9T31R/L- 9T32R/L- CCGT 62V3R- 621R/L- 622R/L- 9T3V3R/L- 9T31R/L- 9T32R/L- 9T34R/L L4 L4 L3 L3 L3 L3 2 Right hnd inet hown L3 * 17 2 DCGT11T3pptype : 14 * Right hnd inet hown. Right hnd inet hown. Right hnd inet hown. DCGT 722R/L-F 724R/L-F 11T32R/L-F 11T34R/L-F DCGT 72V3R/L- 721R/L- 722R/L- 11T3V3R- 11T31R- 11T32R- DCGT 72V3R- 721R- 722R/L- 11T3V3R/L- 11T31R/L- 11T32R/L- 11T34R/L- DEGX 1542R/L 1544R/L Right hnd inet hown. A7

9 RECIIO BREAER YTE TURIG TURIG RECIIO BREAER YTE OITIVE L4 L4 TADARD OF WITH HAD OF TOOL Geomety Inet umbe L3 L4 Geomety Inet umbe L3 L4 L3 L Right hnd inet hown. L3 L Left hnd inet hown. L3 2 Right hnd inet hown. L3 L3 L3 * 15 L3 2 TGH163pptype : 14 * Right hnd inet hown. 15 Right hnd inet hown. 1 L3 2 Right hnd inet hown. DEGX 1542R/L-F 1544R/L-F TCGT 61V3L-F 611L-F 612R/L-F 614R/L-F TEGX 1632R/L 1634R/L TGH 822R/L-F 824R/L-F 922R/L-F 924R/L-F 1132R/L-F 1134R/L-F 1634R/L-F 1638R/L-F TGR 1134R/L 1634R/L 1638R/L TGX 822R/L 824R/L 922R/L 924R/L 928R/L 1132R/L 1134R/L 1138R/L L3 L Right hnd inet hown. L3 L3 3 2 Right hnd inet hown. L3 2 Right hnd inet hown. L3 2 Right hnd inet hown. L3 L Right hnd inet hown. L3 L Right hnd inet hown. L3 13 L3 L3 L3 3 Left hnd inet hown. L Right hnd inet hown. L Right hnd inet hown. VBGT 1132R/L-F 1134R/L-F 1642R/L-F 1644R/L-F VBET 113V3R/L-R 1131R/L-R 1132R/L-R 1134R/L-R VBET 113R/L- 113V3R/L- 1131R/L- 1132R/L- 1134R/L- VBET113V3R/LW- VCGT 822R/L-F 824R/L-F VDGX 1632R/L 1634R/L WBGT 21V3L-F 211L-F 212L-F 214L-F L32V3L-F L321L-F L322R/L-F L324R/L-F WCGT 212R/L 214R/L L322R/L L324R/L WGT 422R/L-F 424R/L-F 634R/L-F 638R/L-F A8

10 TURIG y OUTLIE uppot ou cutome with infomtion nd uitble cutting condition fo ech wok mteil by electing the optimum indexble inet togethe with uitble tool life expectncy. y LABEL IDICATIO Cutting Condition tinle Ct Ion v vc (Cutting peed) 3219 m/min 1562 F 2212 m/min 7239 F 2717 m/min F c zx z Cutting condition tble cutting Genel cutting Untble cutting x Cutting e F : Finihing (p<.5mm) : Light Cutting (p=.51.5mm) : (p=1.54.mm) G : Rough Cutting (p=4.7.mm) c Cutting peed tndd (efomnce veu tool life) Clcultion bed on mximum pefomnce : Tool life i 15min. Clcultion bed on mximum tool life : Tool life i 9min. v Wok mteil : (teil efeence : Cbon teel, lloy teel 18HB) : tinle teel (teil efeence : Autenitic tinle teel 18HB) : Ct ion (teil efeence : Gey ct ion, ductile ct ion 18HB) y TOOL LIFE Cutting peed ffect tool life. itubihi' ugget cutting peed fo 159 minute tool life nd i bed on Tylo' eqution (ltionhip fo tool gde, cutting condition nd tool life). When the cutome equie diffeent tool life, obtin coefficient vlue of the gde you ue fom the cht below. ultiply the coefficient vlue by the cutting peed to clculte new cutting peed. Gde () cutting peed coefficient vlue. Gde (Ct lon) cutting peed coefficient vlue. Gde Tool life 15min 3min 45min 6min 9min Gde Tool life 15min 3min 45min 6min 9min UE65 UE611 UE62 UE UC515 V (ex.) edium cutting of teel V The 1t ecommendtion : UE611 Indexble inet : CG1248-A U commended cutting peed : vc=315m/min (Tool life : 15min.) Gde (tinle ) cutting peed coefficient vlue. Gde Tool life 15min 3min 45min 6min 9min Tool life equied by the cutome : 3min i26m/min U OUTLIE OF y HARDE OF THE WOR ATERIAL Hdne of the wok mteil lo ffect tool life. itubihi' ugget cutting peed vition when mteil hdne diffe. Obtin the uitble coefficient vlue fo ech type of wok mteil fom the cht below. ultiply the coefficient vlue by the ecommended cutting peed of the gde ued to clculte new cutting peed. Wok mteil oft (Hdne of wokpiece) 14HB 18HB 22HB 26HB Hd A9

11 TURIG CLAIFICATIO OF GRADE AD CHI BREAER FOR TURIG TURIG CLAIFICATIO OF GRADE AD CHI BREAER FOR TURIG election of optimum inet fo tuning The following digm how fo ech type of wok mteil, the optiml combintion of uitble gde nd chip beke fo ech ppliction e in tuning. y CUTTIG CODITIO tble Cutting FY V25 Y V25 FY X335 Y X335 1t commendtion (Genel Cutting) tble Cutting Genel Cutting Untble Cutting X335 Y UE62 FY UE62 H UE65 HL UE611 H HZ HL UE62 HL UE62 UE611 H UE62 UC611 UE611 UE62 Continuou Cutting Contnt Depth of Cut e-chined ecuely Clmped Component Cutting Hevy Inteupted Cutting Iegul Depth of Cut Low Clmping Rigidity Cutting EGATIVE FOR TEEL Untble Cutting teil ild tble Cutting FH H UE65 FH V UE65 H X335 1t commendtion (Genel Cutting) y CUTTIG AREA Finih Cutting Light Cutting emi-hevy Cutting Hevy Cutting UE611 H UE62 FH UE611 GH UE65 V HX UE611 GH HX UE62 HX UH64 UE611 GH UE62 UC611 UE611 V UE62 (p<.5mm) (p=.51.5mm) (p=1.54.mm) (p=4.7.mm) (p=7.1mm) Untble Cutting teil Cbon Alloy EGATIVE FOR TAILE TEEL teil tble Cutting F H F U72 H 1t commendtion (Genel Cutting) GH U72 H F HL UE62 GH HL UE62 HL UE62 GH Untble Cutting tinle A1

12 EGATIVE FOR CAT IRO R/L-F A UC515 R/L-F tndd UC515 tndd A teil A R/L-F Flt Top UC515 Flt Top tndd teil Ct Ion Ductile Ct Ion Flt Top TURIG tble Cutting 1t commendtion (Genel Cutting) Untble Cutting EGATIVE FOR TITAIU ALLOY AD HEAT REITAT ALLOY teil CLAIFICATIO OF GRADE AD CHI BREAER FOR TURIG FJ RT91 tble Cutting J RT91 FJ RT91 1t commendtion (Genel Cutting) RT95 J RT91 FJ GJ RT91 RT91 J GJ RT91 Untble Cutting Titnium Alloy GJ FJ V1RT tble Cutting J V5RT FJ V1RT 1t commendtion (Genel Cutting) V5RT J FJ GJ V1RT V1RT J GJ V1RT i, Co-Bed Alloy V1RT GJ Untble Cutting CLAIFICATIO A28 A11

13 TURIG CLAIFICATIO OF GRADE AD CHI BREAER FOR TURIG TURIG CLAIFICATIO OF GRADE AD CHI BREAER FOR TURIG tble Cutting FV 1t commendtion (Genel Cutting) 7 OITIVE FOR TEEL FV tndd UE611 tndd FV FV V45 FV UE62 tndd tndd V45 FV UE62 UE611 tndd UE62 7 OITIVE FOR TAILE TEEL tble Cutting 1t commendtion (Genel Cutting) Untble Cutting tndd Untble Cutting teil ild teil tinle tble Cutting FV FV 1t commendtion (Genel Cutting) FV tndd UE611 tndd FV V45 FV UE62 tndd tndd FV UE611 tndd UE62 7 OITIVE FOR CAT IRO tble Cutting 1t commendtion (Genel Cutting) Flt Top UC515 Flt Top tndd Untble Cutting Flt Top Untble Cutting teil Cbon Alloy teil Ct Ion Ductile Ct Ion 7 OITIVE FOR HEAT REITAT ALLOY teil tble Cutting i, Co-Bed Alloy J FJ V1RT V1RT Untble Cutting 1t commendtion (Genel Cutting) A12

14 TURIG tble Cutting R/L-F V X335 R/L-F 1t commendtion (Genel Cutting) 11 OITIVE FOR TEEL V X335 V V R/L-F V45 V V45 V Untble Cutting R/L-F teil ild 11 OITIVE FOR TAILE TEEL tble Cutting V U72 R/L-F 1t commendtion (Genel Cutting) V U72 V V R/L-F V tble Cutting R/L-F V UE62 R/L-F 1t commendtion (Genel Cutting) V Untble Cutting V UE62 V V R/L-F teil tinle V V Untble Cutting teil Cbon Alloy CLAIFICATIO OF GRADE AD CHI BREAER FOR TURIG 11 OITIVE FOR CAT IRO teil tble Cutting R/L-F V R/L-F 1t commendtion (Genel Cutting) V V V R/L-F V V Untble Cutting Ct Ion Ductile Ct Ion CLAIFICATIO A28 A13

15 TURIG CLAIFICATIO OF GRADE AD CHI BREAER FOR TURIG TURIG CLAIFICATIO OF GRADE AD CHI BREAER FOR TURIG 11 OITIVE FOR ALUIIU ALLOY tble Cutting 1t commendtion (Genel Cutting) R/L-F HTi1 11 OITIVE FOR TITAIU ALLOY teil Untble Cutting teil Aluminium Alloy teil tble Cutting Titnium Alloy tble Cutting i, Co-Bed Alloy R/L-F R/L-F HTi1 Untble Cutting Untble Cutting 1t commendtion (Genel Cutting) 1t commendtion (Genel Cutting) A14 CLAIFICATIO A28

16 RECIIO BREAER YTE y CHI COTROL RAGE y FEATURE OF CHI BREAER Beke Fetue DGG Type GG Type TGG Type VGG Type AGULAR AD ARALLEL CHI BREAER (EGATIVE ) F Beke F Beke Beke R/L Beke Fo peciion finihing. mll width led beke F fo good chip contol. hp cutting edge give good ufce finih. Finih cutting. Led beke contol F chip flow. hp cutting edge give good ufce finih. llel beke fo light cutting. Excellent chip contol fo low to medium feed te. TURIG RECIIO BREAER YTE Feed (mm/ev) R/L llel beke fo medium cutting. Good chip contol fo medium feed te. AGULAR AD ARALLEL CHI BREAER (OITIVE ) y CHI COTROL RAGE y FEATURE OF CHI BREAER Beke Beke R Beke F Beke F Beke R/L Beke Feed (mm/ev) tndd Beke Fetue CCET Type CCGT Type The wide led beke fo medium cutting i R uitble fo utomtic lthe mchining. The inet deign fo low eitnce contol chip flow. The pllel beke fo light cutting i uitble fo utomtic lthe mchining. Excellent chip contol t low feed te. The pllel beke fo genel pupoe i uitble fo utomtic lthe mchining. Excellent chip contol fo low to medium feed te. DCET Type DCGT Type VBET Type Beke Fetue CCGH/CCGT CGT Type DCGT Type TGH Type TGV/TGT TCGT Type Type Type eciion finihing. F mll width led beke fo excellent chip contol. hp cutting edge give good ufce finih. Finih cutting. Led beke contol F chip flow. hp cutting edge give good ufce finih. Led beke fo light cutting. R/L Good chip contol fo low to medium feed te. VBGT/VCGT Type WBGT Type WCGT Type WGT Type Fo light cutting. Good chip contol fo low tndd to medium feed te. A15

17 TURIG WIER IERT TURIG WIER IERT y Wht i Wipe Inet? The wipe inet i deigned with wipe edge tht i ituted whee the tight edge meet the cone diu. Wipe In compion to conventionl beke, the ufce finih doe not deteiote even if the feed te i doubled. chining t high feed te impove cutting efficiency. Impoving ufce Finih Unde the me mchining condition conventionl beke, but with the feed te inceed, the ufce finih of the wokpiece cn be impoved. Impoving Efficiency High feed te not only hoten mchining time but lo mke it poible to combine oughing nd finihing opetion. Inceed Tool Life When chnging to high feed condition, the time equied to cut one component i deceed, thu moe pt cn be mchined with ech inet. In ddition, the high feed te pevent ubbing, theefoe, delying the pogeion of we nd inceing the tool life of the inet. Impoving Chip Contol Unde high feed condition, the chip geneted become thicke nd e moe eily boken, thu, chip contol i impoved. Wipe inet + High feed (The feed te i doubled.) * lee ue wipe inet t high feed te. 4 ufce Roughne Rz (m) tndd Inet Finihed ufce me ufce oughne Wipe Inet W Beke Feed f (mm/ev) tndd inet + The conventionl feed condition <Cutting Condition> Wokpiece : DI Ck45 Inet : CG1248-oo Cutting peed=2m/min Depth of Cut=1.5mm Feed peed=.2.6mm/ev Wet Oute Dimete Cutting <Ex>The ufce oughne doe not deteiote even if the feed te i doubled (.3.6)! y A wipe inet + mchining t high feed te duced mchining time (pe wokpiece) Inceed numbe of wokpiece (pe definitive time peiod) Impoving chip contol y A wipe inet + mchining t conventionl feed te Eliminting the finihing tep by oughing nd finihing togethe (epte oughing nd finihing tep ingle-tep mchining) ducing cycle time Inceed poductivity Avoiding Line-toppge The elition of duced Cot!! The etimte of finihed ufce oughne when uing wipe inet The effect of wipe inet on extenl mchining, boing nd fcing. The ufce oughne when mchining t * cone R o tpe ngle ove 5, i the me mchining with tndd inet. In ce the ngle i ove thn 5 Rz(W)=Rz.5 Rz(W)=Finihed ufce oughne when uing wipe inet. Rz : Finihed ufce oughne fom conventionl condition. (When uing tndd inet) Effective uge of wipe inet on effective uge of wipe inet pecil ttention i not necey when uing CG WG CCT type y o tiction fo Holde tndd holde cn be ued. ( A double clmp, high igidity tool i * ecommended.) on etiction End Cutting Angle 95 End Cutting Angle 75 The CG type cn be ued wipe t the 1 cone. y ot ecey to Adjut the chining ogmme Conventionl mchining pogmme cn be ued. (The CG WG CCT type e bed on the IO/AI.) ot necey to djut pecil ttention i necey when uing the DX TX type due to the pecil top fce geomety y tiction fo Holde Ue holde with n end cutting ngle of 93 fo impoving wipe efficiency. A holde with n end cutting ngle of 91 cn impove wipe efficiency (ee the following figue), howeve, thee i no wipe efficiency with othe Ex):Theoeticl ufce oughne of holde when uing the TX16412-W. end cutting ngle (6, 9, 17 etc.). 4 The hole geomety of the DX nd TX type e the me the DG nd TG type. The "X" epeent the pecil geomety of the oe point. 93 (pecified) End Cutting Angle Theoeticl ufce Roughne Rz (m) W(93 ) W(91 ) tndd noe diu Feed f (mm/ev) y ecey to Adjut the chining ogmme When mchining eo occu, plee djut the pogmme. (The DX TX type e not bed on the IO/AI. lee efe to the next pge.) Adjutment necey tndd noe diu Wipe noe diu <Exmple of inet point> A16

18 tndd inet Adjutment of mchining pogmme fo DX TX type Bic oce) Adjuting Towd X-xi nd Z-xi Adjuting the diffeentil between tndd inet nd Z-xi / X-xi. Adjutment towd X-xi DX,TX type Adjutment towd Z-xi tndd inet DX,TX type (ot cloed to oe R).1 mm WIER IERT TURIG oe diu.4,.8 :.4 mm oe diu 1.2 :.5 mm A) Adjuting Tpe ecey to mintin coect tpe. * Adjut the elief ngle towd the noml line. ote) Adjut the ngle towd the noml line in the ce whee the djutment numbe i minu ( ' =6 7 ) nd i not mchined completely. Geomety of djuted pogm Clifiction ' ( - ) The depth of ove cut The depth of ove cut The ctul mchining geomety ' ( + ) oe diu Tpe Angle ' The numbe+numbe:djutment of elief ngle, -numbe:djutment of dive-in ngle (mm) B) Adjuting Cone R ecey to mintin coect cone diu. * Adjut the wok dimete to the me the tpe to pevent ove-cut. The vlue of djutment to wokpiece R = Wokpiece R + the djutment vlue o djuting of the noe diu in thi ce. * The noe diu of the inet oe Rdiu.4 oe Rdiu.8 oe Rdiu 1.2 The djutment mount on the wokpiece diu. Wok Rdiu +.5(mm) Wok Rdiu +.11(mm) Wok Rdiu +.14(mm) Ex) : In ce of mchining R when uing noe R 1.2 type inet. Wokpiece diu R 1.2 Geomety of djuted pogmme.5 Wokpiece diu R 1.2 R2.14 =+.14 Wok diu Adjuted condition The ctul mchining geomety The Ey-to-coect ethod oe Rdiu Coection Input the coection numbe of ech noe diu. In coecting noe diu: It i not necey to djut the mchining pogmme, howeve, mchining eo cn occu within mx. ±.3mm due to coecting by n ppoximte numbe. The vlue of coected noe diu = ppoximtion o need to djut the pogmme in thi ce. * The noe diu of the inet oe Rdiu.4 oe Rdiu.8 oe Rdiu 1.2 The vlue of coected noe diu = ppoximtion R.36(mm) R.76(mm) R1.16(mm) Ex): In the ce of mchining cone with diu R when uing n inet with noe diu R 1.2. R R 1.2 R R 1.16 Othe) The vlue of coection i me fo both DX nd TX. Diciminte them by the ize of noe diu. A17

19 TURIG H TURIG IDEXABLE IERT GRADE FOR TURIG IO H1 H1 H2 H3 EW UE65 U72 UE611 UE62 UE635 UH64 UC515 U95 Coted Cbide CVD UC61 VD U2 V2F U2 V5RT V1RT X335 X55 X99 Cemet EW Coted Cemet V25 U35 V45 V25 V25 Cemented Cbide HTi5T HTi1 HTi1 UTi2T UTi2T UTi2T RT95 RT91 Coted CB GRADE FOR TURIG GRADE FOR TURIG tinle Ct Ion on-feou etl Het itnt Alloy Ti Alloy Hdened BC1 BC2 EW B825 B71 B73 CB B73 B14 B82 B825 B835 CD (inteed Dimond) D22 A18

20 TURIG ALICATIO RAGE Cutting peed (m/min) UE65 UE611 V25 UC61 X335 U35 V45 U72 TEEL Cemet nd Coted Cemet CVD Coted Cbide VD Coted Cbide UE62 Cemented Cbide V2F UE635 UH64 U5735 UTi2T Cutting peed (m/min) V25 U72 U2 TAILE TEEL Cemet nd Coted Cemet UTi2T CVD VD Coted Cbide Cemented Cbide TURIG ALICATIO RAGE TURIG Feed (mm/ev) Feed (mm/ev) CAT IRO O-FERROU ETAL Cutting peed (m/min) B71 B73 V25 inteed CB UC515 B14 olid CB CVD Coted Cbide Cemet nd Coted Cemet VD Coted Cbide Cutting peed (m/min) D22 inteed Dimond Cemented Cbide 1 HTi5T HTi1 Cemented Cbide 2 HTi1 UTi2T Feed (mm/ev) Feed (mm/ev) A19

21 TURIG TURIG COATED CARBIDE (CVD) COATED CARBIDE (CVD) pecil tough fibou tuctue impove we nd fctue eitnce. It cove wide ppliction nge nd thu educe the numbe of tool equied. ELECTIO TADARD TURIG ico tuctue of Coted Cbide UE611 tte-of-the-t 2 in 1 technology chieve high we eitnce, high fctue eitnce nd high tbility. 2 in 1 technology conit of no-textue coting nd Blck-upe mooth coting. The fibou nnocle TiC nd the cytl gowth contolled Alumin(Al2O3) in the no-textue coting give f upeio fctue nd we eitnce comped to conventionl coting. Blck-upe mooth coting which i ued fo the peiphey of the inet h n extemely mooth ufce nd povide tble cutting fo polonged peiod without bnoml dmge uch welding o chipping. Wok teil tinle Ct Ion Ductile Ct Ion Het itnt Alloy Cutting ode Continuou Cutting Inteupted Cutting Continuou Cutting Continuou nd Inteupted Cutting Continuou Cutting Inteupted Cutting Continuou nd Inteupted Cutting UE65 UE611 UE62 UE635 U72 UC515 U95 ycuttig CODITIO ycuttig AREA tble Cutting Continuou Cutting Contnt Depth of Cut e-chined ecuely Clmped Component Cutting Genel Cutting Untble Cutting Hevy Inteupted Cutting Iegul Depth of Cut Low Clmping Rigidity Cutting commended Gde commended Cutting peed (m/min) 3 (2 4) 25 (15 4) 2 (1 25) 15 (8 2) 17 (12 22) 1 (8 12) 3 (2 4) 25 (15 3) 8 (5 1) Finih Cutting (p <.5mm) Light Cutting (p=.51.5mm) (p=1.54.mm) emi-hevy Cutting (p=4.7.mm) Hevy Cutting (p=7.1mm) FH IO tble Cutting H UE65 FH UE65 V UE65 H UE61 UE611 X335 1t commendtion (Genel Cutting) U95 UC515 U72 UE611 FH UE611 EW GH UE65 V UE62 UE61 UE611 Appliction Rnge H UE62 UE635 HX UE611 GH UE61 UE611 V UE62 UH64 HX UE62 GH UE62 Untble Cutting UC61 EGATIVE teil Cbon Alloy HX UH64 A2

22 GRADE CHARACTERITIC ALICATIO EXALE Inet (Gde) Wokpiece Alloy teel (DI 41Co4) Gde ubtte Coting Lye Hdne (HRA) T.R. (G) ufce Compoition Thickne UC TiC-AI2O3 Thick TiC-AI2O3 Thick UE Tough TiC-AI2O3-Ti Thick UE Tough Accumulted TiC-Al2O3-Ti Compound Thick UC61 UE62 UE Tough Tough Tough TiC-AI2O3-Ti Accumulted TiC-Al2O3-Ti Compound TiC-AI2O3-Ti Thick Thick Thick UH Tough Accumulted TiC-Al2O3-Ti Compound Thick U Tough TiC-AI2O3-Ti Ti Compound Thin Thin U TiC-AI2O3 Thin * 1G=12kg/mm2 CG12416-A(UE611) Alloy teel WG848-V(UE62) TURIG COATED CARBIDE (CVD) Cutting Condition Cutting peed (m/min) Feed (mm/ev) Coolnt ult UE611 Competito' 1 coting 21.3 Wet cutting 1 2 piece/cone UE62 Competito' 2 coting Wet cutting 5 1 piece/cone UE611 chieved moe thn double tool life. UE62 chieved 6 time longe tool life. Inet (Gde) CG1248-(U72) CA1248(UC515) Wokpiece tinle teel (DI X5Cio181) Gy ct ion (DI GG3) Cutting Condition Cutting peed (m/min) Feed (mm/ev) Coolnt ult Conventionl coted gde=1, U72= Wet cutting 4 8 piece/cone U72 eviou coted gde U72 chieved two time longe tool life comped to peviou gde when tuning t double cutting peed. EGATIVE teil UC515 Competito' 1 coting Wet cutting 25 5 Lge we piece/cone UC515 chieved moe thn double tool life. EGATIVE teil tble Cutting F H U72 F H GH U72 H HL UE62 GH HL UE62 GH Untble Cutting tinle HL UE62 R/L-F tble Cutting A UC515 R/L-F tndd UC515 A Flt Top UC515 tndd A Flt Top tndd Untble Cutting Ct Ion Flt Top 1t commendtion (Genel Cutting) F 1t commendtion (Genel Cutting) R/L-F A21

23 TURIG TURIG COATED CARBIDE (VD) COATED CARBIDE (VD) VD coting polong tool life. Coting of tool with hp edge i poible without oftening o chnging the qulity of the ubtte. ELECTIO TADARD TURIG Coting Lye (We itnce) (Theml hock itnce) (Welding itnce) ubtte Wok teil Coting me commended Gde commended Cutting peed (m/min) IO Appliction Rnge V Coting U Coting V2F U2 12 (1 15) 12 (1 15) 12 (1 15) V2F U2 tinle V Coting U Coting V2F U2 12 (1 15) 12 (1 15) 12 (1 15) V2F U2 1 Ct Ion V Coting 12 (1 15) Het itnt Alloy V Coting V5RT V1RT 5 (2 7) 4 (2 5) 4 (2 5) V5RT V1RT CLAIFICATIO ETHOD If coted gde e deied, plee pecify the gde nme follow. V 15 TF ubtte ymbol : UTiooT HT : HTiooT Lt 2 Figue of ubtte H : HTioo TF : TFoo : Cemet RT : RT9oo F : Foo Coting ymbol V : V Coting G : G Coting A : A Coting U : U Coting A22

24 FEATURE OF V (IRACLE) COATIG Comped to conventionl coting technology, V (IRACLE) coting fetue (Al, Ti) coting with highly inceed het eitnce nd dheion tength. Oxidtion Tempetue () IRACLE Coting Inceed Het itnce Inceed Adheion tength Competito' Coting Gde TURIG COATED CARBIDE (VD) () Adheion tength ALICATIO EXALE Inet (Gde) Alloy teel DCT11T34-V() CG1248-J(V1RT) tinle (Fn pt) Wokpiece ø45 ø85 ø45 Cutting Condition Cutting peed (m/min) Feed (mm/ev) Coolnt Wet cutting Wet cutting ult Competito' 3 coting 5 15 piece/cone Cl Jbeke (V1RT) Competito' 2 cbide ( Cl) 4 8 piece/cone doe not expeience chipping. Thi enble tble mchining nd much longe tool life. J beke chieved 1.5 time longe tool life. Inet (Gde) CG1248-GJ(V1RT) TG1648-J(V5RT) Inconel 718 (in) inteed ion pt (FH655) Wokpiece ø36 ø5 Cutting Condition Cutting peed (m/min) Feed (mm/ev) Coolnt Wet cutting Wet cutting ult GJbeke (V1RT) Competito' coted cbide 1 2 piece/cone Cl Jbeke (V5RT) Competito' 1 cbide (G Cl) piece/cone V1RT chieved 4 time longe tool life. GJ beke fo excellent chip dipol nd vtly inceed tool life. J beke chieved 5 time longe tool life. A23

25 TURIG TURIG The optimized lloy tuctue nd pecil lloy binde impove both we nd fctue eitnce. It cove wide ppliction nge nd educe the numbe of tool equied. X335 fo wet cutting. fo dy cutting. CERET CERET ELECTIO TADARD TURIG ico-tuctue of X335 ico-tuctue of X335 ue pecil lloy ubtte in the metl binde phe to delive highly impoved theml hock eitnce. h high hdened Ti compound pticle within it' micotuctue theefoe the gde h both excellent we nd fctue eitnce popetie. Wok teil Cutting ode commended Gde commended Cutting peed (m/min) IO Appliction Rnge Continuou Cutting Inteupted Cutting X (2 28) 23 (19 26) EW X335 X55 X99 Ct Ion Ductile Ct Ion Finihing 21 (17 23) 1 2 CUTTIG ERFORACE Cutting efomnce Cutting peed : vc Depth of Cut : p Feed : f y, Continuou Cutting (Wet).35 Competito' 2.3 coted cemet Competito'.25 mico gin 2 cemet.2.15 X Flnk We (mm) Cutting Time (min) <Cutting Condition> Wokpiece : DI Ck45 Inet : CG1248-pp vc=25m/min p=mm f=.15mm/ev Wet Cutting Extenl Continuou Cutting y, Inteupted Cutting X335 Competito' mico gin 2 cemet Competito' 2 coted cemet 5 1, 1,5 2, umbe of Impct <Cutting Condition> Wokpiece : DI 41Co4 Inet : CG1248-pp vc=2m/min p=1.5mm f=.2mm/ev Wet Cutting Inteupted Cutting yct Ion, Continuou Cutting Flnk We (mm).1.5 Competito' 1 Cemented Cbide <Cutting Condition> Wokpiece : DI GG3 Inet : CG1248 vc=1m/min p=1.5mm f=.3mm/ev Wet Cutting Cutting Time (min) 25 3 GRADE CHARACTERITIC ubtte Gde Hdne (HRA) T.R. (G) Theml Conductivity Theml Expnion (W/m ) ( 1-6 /) * X X55 X * 1G=12kg/mm2, 1W/m = cl/cm ec A24

26 COATED CERET Coted cemet (VD coting) h upeio we nd fctue eitnce, nd theefoe povide tble cutting pefomnce. ELECTIO TADARD TURIG ico-tuctue of Coting Lye Oute lye i Ti (Welding eitnce) iddle lye i (Ti, Al) Compound. (we eitnce theml hock eitnce) ubtte ico Gin Cemet (we eitnce nd fctue eitnce) TURIG COATED CERET Wok teil Cutting ode commended Gde commended Cutting peed (m/min) IO Appliction Rnge Continuou Cutting Inteupted Cutting U35 V45 28 (2 32) 18 (14 2) V25 V45 U35 1 Ct Ion Ductile Ct Ion Finihing 22 (17 25) 1 V25 2 CUTTIG ERFORACE Cutting efomnce Cutting peed : vc Depth of Cut : p Feed : f ywe itnce fo Wet Cutting Flnk We (mm).3.2 Conventionl Cemet Competito' VD Cemet A ytheml hock itnce fo Inteputed Cutting <Cutting Condition> <Cutting Condition> Wokpiece : DI 41Co4 (HB23) Wokpiece : DI 41Co4 (HB23) Inet : CG1248-pp 1 Inet : CG1248-pp vc=3m/min vc=2m/min p=.5mm p=mm f=.2mm/ev f=.3mm/ev Wet Cutting Wet Cutting umbe of e Cutting Time (min) Competito' VD Cemet A Conventionl Cemet yfctue itnce fo Inteupted Cutting Feed (mm/ev) o. of Impct Conventionl Cemet <Cutting Condition> Wokpiece : DI 41Co4 (HB23) Inet : CG1248-A vc=2m/min p=1.5mm Dy Cutting oml We Chipping U35 A25

27 TURIG CEETED CARBIDE TURIG CEETED CARBIDE UTi gde e vilble fo teel nd ct ion. HTi gde e vilble fo non-feou nd non-metl mteil nd e lo uitble fo ct ion. ELECTIO TADARD Cl Gde (WC-Co) 1!m, Cl Gde (WC-TiC-TC-Co) 1!m TURIG Wok teil tinle Ct Ion on-feou etl Het-eitnt Alloy Ti Alloy commended Gde UTi2T UTi2T HTi5T HTi1 UTi2T HTi1 RT95 RT91 commended Cutting peed (m/min) 1 (6 13) 1 (6 13) 12 (8 15) 1 (5 15) 1 (5 15) 6 (4 8) 7 (5 1) 6 (4 8) 5 (4 7) IO HTi5T RT95 Appliction Rnge UTi2T UTi2T HTi1 HTi1 RT91 UTi2T AI COOET AD ALICATIO eie fo teel cutting, eie fo ct ion cutting nd eie fo tinle cutting. IO in Component WC-TiC-TC-Co WC-Co WC-Co Chcteitic Wok teil Het / defomtion eitnce. Cbon teel, lloy teel, tinle teel nd ct ion High igidity nd we eitnce. Ct ion, non-feou metl, nd non-metl High het eitnce nd we eitnce. Het-eitnt lloy, Ti lloy Cutting peed (m/min) V-T Digm ( Gde) <Cutting Condition> Dy Wokpiece : DI Ck45 22HB Tool Life tndd : VB=.3mm Depth of Cut : 1.5mm Feed :.3mm/ev Holde : CBR Inet : G1248 UTi2T GRADE CHARACTERITIC IO Gde UTi2T HTi5T HTi1 RT95 RT91 Theml Conductivity Theml Expnion Young' odulu Hdne T.R. (HRA) (W/m ) (x1-6 /) (G) (G) * * * * 1G=12kg/mm2, 1W/m = cl/cm ec Cutting peed (m/min) UTi2T Tool Life (min) V-T Digm ( Gde) <Cutting Condition> Dy Wokpiece : DI GG3 2HB Tool Life tndd : VB=.3mm HTi1 HTi5T Depth of Cut : 1.5mm Feed :.3mm/ev Holde : CBR Inet : Tool Life (min) A26

28 ICRO-GRAI CEETED CARBIDE Comped to genel cemented cbide, mico-gin lloy h highe we eitnce nd highe toughne. ELECTIO TADARD HTi F1 F7 F1 F2 HTi1 F1 F2 F3 9 ico-tuctue of F1 Cutting Tool commended Gde Wok teil CB Dill olid Cbide Dill Tuning Inet illing Inet olid End ill Ge Hob me Tp etc. GRADE CHARACTERITIC Gde Gde Chcteitic pecific Gvity Hdne (HRA) T.R. (Gp) 3.2 on-etl Ct Ion Ct Ion Ct Ion, etc. * IO 1 2m eiphel Edge Flnk We (mm) ico-tuctue of CUTTIG ERFORACE e Co H owde H u Cutting Length (m) <Cutting Condition> Wokpiece : Die teel (4HRC) Tool :&6mm,4 flute Helicl Angle : 3 vc=3m/min n=1,6min -1 fz=.2mm/tooth vf=128mm/min Depth of Cut in the Axil Diection=9.mm Depth of Cut in the Rdil Diection=.6mm Down Cut, Dy We itnce Fctue itnce 2m.6 u Cooion itnce TURIG ICRO-GRAI CEETED CARBIDE e u e F e u e F e u e F e u e F u e e F u e e UF e u u * UF3 1G=12kg/mm u e u A27

29 TURIG TURIG CLAIFICATIO CLAIFICATIO Appliction Tolence EGATIVE WITH Beke me nd ictue FH Fetue Fit ecommendtion fo finihing genel teel nd lloy teel Flnk 12 Co ection Geomety Double ided chipbeke. tble chip contol even t mll depth of cut. oe 12 F Fit ecommendtion fo finihing tinle teel Altentive chipbeke fo finihing mild teel Flnk 8 Double ided chipbeke. tble chip contol even t mll depth of cut. hp edge give bet pefomnce. oe 16 Finih Cutting EW FY FJ Fit ecommendtion fo finihing mild teel Double ided chipbeke. Effectively contol dheive chip. uitble fo mild teel finihing. Fit ecommendtion fo finihing difficult-to-cut mteil Double ided chipbeke. Idel fo het-eitnt lloy nd titnium lloy. The hp edge poduce good cutting ufce. The cuved edge llow mooth chip dichge. Flnk oe Flnk oe G Altentive chipbeke fo finihing genel teel nd lloy teel Double ided chipbeke. G cl inet tolence i uitble fo wokpiece equiing cloe dimenionl tolence. tble chip contol even t mll depth of cut. Flnk oe R/L-F Finihing Double ided chipbeke. Led chipbeke contol chip flow. The hp edge poduce good ufce finih. Flnk 14 H Fit ecommendtion fo light cutting of genel teel nd lloy teel Flnk 15.2 Double ided chipbeke. Cn be ued t low depth of cut nd high feed te. The cuved edge llow mooth chip dichge. commended fo wokpiece in the 1625HB nge. oe 15 Light Cutting A Altentive chipbeke fo light cutting of genel teel nd lloy teel Double ided chipbeke. upeio chip contol t mll depth of cut. Cove copying nd bck tuning with the wvy edge. commended fo wokpiece in the 23HB nge. Flnk oe W Wipe inet fo light cutting of genel teel nd lloy teel Double ided chipbeke. The wipe llow up to double the feed te. Wipe deign fo inceed poductivity nd impoved ufce finih. Flnk oe A28

30 TURIG Rhombic 8 Rhombic 55 que 9 Tingul 6 Rhombic 35 Tigon 8 Round CG_FH DG_FH G_FH TG_FH VG_FH WG_FH Beke me nd Co ection FH CLAIFICATIO ^ A48 ^ A53 ^ A58 ^ A62 ^ A68 ^ A7 CG_F DG_F G_F TG_F VG_F WG_F F ^ A48 ^ A53 ^ A58 ^ A62 ^ A68 ^ A7 CG_FY DG_FY G_FY TG_FY WG_FY EW FY ^ A48 ^ A53 ^ A58 ^ A62 ^ A7 CGG_FJ DGG_FJ VGG_FJ FJ ^ A48 ^ A53 ^ A68 CGG_ DGG_ GG_ TGG_ ^ A48 ^ A53 ^ A58 ^ A62 TGG_R/L-F R/L-F ^ A62 CG_H DG_H G_H TG_H VG_H WG_H H ^ A48 ^ A53 ^ A58 ^ A62 ^ A68 ^ A7 CG_A DG_A G_A TG_A WG_A A ^ A49 ^ A54 ^ A58 ^ A63 ^ A7 CG_W DX_W TX_W WG_W W ^ A49 ^ A54 ^ A63 ^ A7 A29

31 TURIG TURIG CLAIFICATIO CLAIFICATIO Appliction Tolence EGATIVE WITH Beke me nd ictue EW Y Fetue Fit ecommendtion fo light cutting of mild teel Double ided chipbeke. Effectively contol dheive chip. uitble fo mild teel light cutting. Flnk oe 1 1 Co ection Geomety.2 Light Cutting EW R/L-1 Altentive chipbeke fo light cutting of genel teel nd lloy teel Double ided chipbeke. llel chipbeke contol chip flow. uitble fo finih-light cutting. oulded chipbeke. Flnk 15 2 R/L-1G Altentive chipbeke fo light cutting of genel teel nd lloy teel Double ided chipbeke. llel chipbeke contol chip flow. uitble fo finih-light cutting. eciion chipbeke. Flnk 15 2 V Fit ecommendtion fo medium cutting of genel teel nd lloy teel Double ided chipbeke. uitble fo medium to light cutting. Beke geomety ppopite fo copying nd bck tuning. oitive lnd povide hp cutting ction. Flnk oe A Altentive chipbeke fo medium cutting of genel teel nd lloy teel Fit ecommendtion fo light cutting ct ion Flnk Double ided chipbeke. oitive lnd povide hp cutting ction. oe H tndd Altentive chipbeke fo medium cutting of genel teel nd lloy teel Fit ecommendtion fo medium - hevy cutting of mild teel Double ided chipbeke. Flt lnd offe high edge tength. Fit ecommendtion fo medium cutting of ct ion Altentive chipbeke fo medium cutting of genel teel nd lloy teel Flnk oe Flnk Double ided chipbeke. Flt lnd offe high edge tength. oe W Wipe inet fo medium cutting genel teel nd lloy teel Flnk 19.3 Double ided chipbeke. The wipe llow up to two time highe feed. A wide chip pocket pevent chip jmming. oe Fit ecommendtion fo medium cutting of tinle teel nd mild teel Fit ecommendtion fo emi-hevy cutting of difficult-to-cut mteil Double ided chipbeke. The hp edge give bet pefomnce. Flnk oe A3

32 TURIG Rhombic 8 Rhombic 55 que 9 Tingul 6 Rhombic 35 Tigon 8 Round CG_Y DG_Y G_Y TG_Y WG_Y Beke me nd Co ection EW Y CLAIFICATIO ^ A49 ^ A54 ^ A58 ^ A63 ^ A7 TG_R/L-1 EW R/L-1 ^ A63 G_R/L-1G TG_R/L-1G R/L-1G ^ A59 ^ A63 CG_V DG_V G_V TG_V VG_V WG_V V ^ A49 ^ A54 ^ A59 ^ A63 ^ A68 ^ A71 CG_A DG_A G_A TG_A VG_A WG_A A ^ A49 ^ A54 ^ A59 ^ A63 ^ A68 ^ A71 CG_H DG_H G_H TG_H VG_H WG_H H ^ A49 ^ A55 ^ A59 ^ A64 ^ A68 ^ A71 CG DG G TG VG WG RG tndd ^ A49 ^ A55 ^ A59 ^ A64 ^ A69 ^ A71 CG_W DX_W TX_W WG_W ^ A57 W ^ A5 ^ A55 ^ A64 ^ A71 CG_ DG_ G_ TG_ VG_ WG_ ^ A5 ^ A55 ^ A6 ^ A64 ^ A69 ^ A72 A31

33 TURIG TURIG CLAIFICATIO CLAIFICATIO Appliction Tolence EGATIVE WITH Beke me nd ictue J() Fetue Fit ecommendtion fo medium cutting of difficult-to-cut mteil Double ided chipbeke. Idel fo het-eitnt lloy nd titnium lloy. The hp edge poduce good ufce finih. The cuved edge llow mooth chip dichge. Flnk oe 9 13 Co ection Geomety G J(G) Fit ecommendtion fo medium cutting of difficult-to-cut mteil Double ided chipbeke, ingle ided chipbeke (D type, V type). The hp edge poduce good ufce finih. Idel fo het-eitnt lloy nd titnium lloy. The cuved edge llow mooth chip dichge. Flnk oe 9 13 emi-hevy Cutting G EW R/L-E R/L-2 R/L-2G R/L GH GJ Altentive chipbeke fo medium cutting of tinle teel Double ided chipbeke. Good blnce of edge tength nd hpne. Right- o left-hnd beke fo unidiectionl chip contol. Altentive chipbeke fo medium cutting of genel teel nd lloy teel Double ided chipbeke. llel chipbeke contol chip flow. uitble fo light to medium cutting. oulded chipbeke. Altentive chipbeke fo medium cutting of genel teel nd lloy teel Double ided chipbeke. llel chipbeke contol chip flow. uitble fo light to medium cutting. edium cutting Double ided chipbeke. llel chipbeke. Good chip contol fo medium feed te. Fit ecommendtion fo emi-hevy cutting of genel teel nd lloy teel Double ided chipbeke. Fo inteupted cut nd emoving cle. A combintion of wide lnd nd lge chip pocket llow high feed te. Fit ecommendtion fo emi-hevy cutting of difficult-to-cut mteil Double ided chipbeke. Excellent blnce of edge hpne nd tength. Edge geomety with high fce we eitnce. Flnk Flnk Flnk Flnk Flnk oe Flnk oe A32

34 TURIG Rhombic 8 Rhombic 55 que 9 Tingul 6 Rhombic 35 Tigon 8 Round CG_J DG_J TG_J VG_J WG_J EW Beke me nd Co ection J() CLAIFICATIO ^ A5 ^ A55 ^ A65 ^ A69 ^ A72 CGG_J DG_J VG_J J(G) ^ A5 ^ A55 ^ A69 TG_R/L-E R/L-E ^ A65 TG_R/L-2 EW R/L-2 ^ A65 TG_R/L-2G R/L-2G ^ A65 DGG_R/L GG_R/L TGG_R/L VGG_R/L R/L ^ A56 ^ A6 ^ A65 ^ A69 CG_GH DG_GH G_GH TG_GH WG_GH GH ^ A51 ^ A56 ^ A6 ^ A66 ^ A72 CG_GJ DG_GJ WG_GJ GJ ^ A51 ^ A56 ^ A72 A33

35 TURIG TURIG CLAIFICATIO CLAIFICATIO Appliction Tolence EGATIVE WITH Beke me nd ictue HL Fetue Fit ecommendtion fo hevy cutting of mild teel nd tinle teel ingle ided chipbeke. Cove the lowe end of the hevy cutting egion. The cuved edge nd now chmfe llow good chip contol nd hp cutting ction. Dot on the noe diu enue chip contol t low depth of cut. Flnk oe Co ection Geomety H Altentive chipbeke fo hevy cutting of mild teel nd tinle teel ingle ided chipbeke. Cove the lowe end though to the medium nge of the hevy cutting egion. The cuved edge nd now chmfe llow good chip contol nd hp cutting ction. Tedop dot povided long the cutting edge enue chip contol even with vible depth of cut. Flnk 16 oe Hevy Cutting HX Fit ecommendtion fo hevy cutting of genel teel nd lloy teel ingle ided chipbeke. Cove the medium nge of the hevy cutting egion. Owing to the tight edge nd chmfe, it give blnce of hpne nd tength. Vible lnd nd wvy chipbeke fo good chip contol. Flnk oe HV Altentive chipbeke fo hevy cutting of genel teel nd lloy teel ingle ided chipbeke. Cove the uppe end of the hevy cutting egion. Wide lnd nd lge chmfe offe high edge tength. A wide chipbeke pevent chip jmming. Flnk oe HC Altentive chipbeke fo hevy cutting of genel teel nd lloy teel ingle ided chipbeke. Cove the uppe end of the hevy cutting egion. Double goove chipbeke geomety fo chip contol ove wide ppliction e. One goove ne the edge i fo chip contol t mll depth of cut, the othe inide goove i fo lge depth of cut. Flnk oe Flt Top() Fit ecommendtion fo hevy cutting of ct ion Double ided flt inet. ot effective fo untble mchining due to it high edge tength. Fo Ct Ion G Flt Top(G) Fo ct ion Double ided flt inet. ot effective fo untble mchining due to it high edge tength. Cn be ued on wokpiece equiing cloe tolence due to G cl inet tolence. A34

36 TURIG Rhombic 8 Rhombic 55 que 9 Tingul 6 Rhombic 35 Tigon 8 Round C_HL D_HL _HL T_HL Beke me nd Co ection HL CLAIFICATIO ^ A51 ^ A56 ^ A6 ^ A66 C_H _H H ^ A51 C_HX ^ A61 _HX HX ^ A51 C_HV ^ A61 _HV HV ^ A51 C_HC ^ A61 _HC HC ^ A51 ^ A61 CA DA A TA WA Flt Top() ^ A52 ^ A56 ^ A61 ^ A66 ^ A72 DGA GA TGA VGA Flt Top(G) ^ A56 ^ A61 ^ A67 ^ A69 A35

37 TURIG TURIG CLAIFICATIO CLAIFICATIO Appliction Finih Cutting Tolence G 5 OITIVE WITH Beke me nd ictue R/L-F Finihing Fetue Led chipbeke contol chip flow. hp cutting edge give good ufce finih. Flnk 13 Co ection Geomety Light Cutting EW V Light cutting of genel teel, lloy teel, mild teel nd tinle teel Lge ke ngle povide hp cutting ction. A peninul dot enue chip contol t depth of cut unde 1mm. Flnk oe 8 18 V edium cutting of genel teel, lloy teel, mild teel nd tinle teel A poitive inet with lge ke ngle chieve hp cutting edge pefomnce. The double beke nd ound-hped dot in the ke fce chieve wide nge of chip dichge. Flnk oe tndd edium cutting of genel teel, lloy teel nd tinle teel Flnk Blnce of edge tength nd hpne due to combintion of flt lnd nd lge ke ngle. oe R/L-V R/L-R edium cutting of genel teel, lloy teel, mild teel nd tinle teel A poitive inet with lge ke ngle chieve hp cutting edge pefomnce. The double beke nd ound-hped dot in the ke fce chieve wide nge of chip dichge. edium cutting of utomtic lthe mchining A wide led chipbeke. Inet deigned fo low eitnce chip contol. Flnk oe Flnk E R/L- edium cutting of utomtic lthe mchining A pllel chipbeke. Excellent chip contol fo low to medium feed te. Flnk 2 R/LW- edium cutting of utomtic lthe mchining A pllel chipbeke. Excellent chip contol fo low to medium feed te. The wipe poduce good cutting ufce. Flnk 2 A36

38 TURIG Rhombic 8 Rhombic 55 que 9 Tingul 6 Rhombic 35 Tigon 8 Round VBGT_R/L-F WBGT_R/L-F Beke me nd Co ection R/L-F CLAIFICATIO ^ A76 ^ A78 VBT_V EW V ^ A76 VBT_V V ^ A76 VBT tndd ^ A76 WBT_R/L-V R/L-V ^ A78 VBET_R/L-R R/L-R ^ A76 VBET_R/L- R/L- ^ A77 VBET_R/LW- R/LW- ^ A77 A37

39 TURIG TURIG CLAIFICATIO CLAIFICATIO Appliction Tolence 7 OITIVE WITH Beke me nd ictue FV Fetue Finihing of genel teel, lloy teel nd tinle teel uitble fo low depth of cut nd low feed te. hp cutting edge nd low eitnce deign chieve excellent cutting pefomnce. Flnk oe 8 18 Co ection Geomety Finih Cutting G FJ R/L-F Finihing of difficult-to-cut mteil Idel fo het-eitnt lloy nd titnium lloy. The hp edge poduce good ufce finih. The cuved edge llow mooth chip dichge. Finihing Led chipbeke contol chip flow. hp cutting edge give good ufce finih. Flnk oe Flnk R/L Finihing Led chipbeke. Excellent chip contol t low feed te. Flnk 15 Light Cutting V W Light cutting of genel teel, lloy teel, mild teel nd tinle teel Lge ke ngle povide hp cutting ction. A peninul dot enue chip contol t depth of cut unde 1mm. Light cutting of genel teel, lloy teel, mild teel nd tinle teel The wipe llow up to double the feed te. oitive lnd impove hpne. Flnk oe Flnk oe G R/L- Light cutting of utomtic lthe mchining A pllel chipbeke. Excellent chip contol t low feed te. Flnk 14 V edium cutting of genel teel, lloy teel, mild teel nd tinle teel A poitive inet nd the lge ke ngle chieve hp cutting edge pefomnce. The double beke nd ound hpe in the ke fce chieve wide nge of chip dichge. Flnk oe tndd edium cutting of genel teel, lloy teel nd tinle teel Blnce of edge tength nd hpne due to combintion of flt lnd nd lge ke ngle. Flnk oe W edium cutting of genel teel, lloy teel, mild teel nd tinle teel The wipe llow up to double the feed te. A wide chip pocket pevent chip jmming. Flnk oe A38

40 TURIG Rhombic 8 Rhombic 55 que 9 Tingul 6 Rhombic 35 Tigon 8 Round CCT_FV DCT_FV CT_FV TCT_FV VCT_FV Beke me nd Co ection FV CLAIFICATIO ^ A79 CCGT_FJ ^ A84 ^ A89 ^ A9 ^ A91 FJ ^ A79 CCGT_L-F CCGH_R/L-F DCGT_R/L-F TCGT_R/L-F VCGT_R/L-F R/L-F ^ A79 ^ A84 ^ A9 ^ A91 WCGT_R/L R/L CCH_V DCT_V EW VCT_V ^ A92 V ^ A79 CCT_W ^ A84 ^ A91 W ^ A79 CCGT_R/L- DCGT_R/L- R/L- ^ A8 CCH_V ^ A84 DCT_V VCT_V V ^ A8 CCT ^ A84 DCT CT TCT ^ A91 VCT WCT RCT ^ A8 ^ A85 ^ A89 ^ A9 ^ A91 ^ A92 ^ A88 RCX tndd CCT_W ^ A88 W ^ A81 A39

41 TURIG TURIG CLAIFICATIO CLAIFICATIO Appliction Tolence 7 OITIVE WITH Beke me nd ictue R/L-R Fetue edium cutting of utomtic lthe mchining A wide led chipbeke. Inet deigned fo low eitnce chip contol. Flnk 3 Co ection Geomety E R/L- edium cutting of utomtic lthe mchining A pllel chipbeke. Excellent chip contol t low to medium feed te. uitble fo pecie mchining with E cl tolence. Flnk 2 G R/L- edium cutting of utomtic lthe mchining A pllel chipbeke. Excellent chip contol t low to medium feed te. Flnk 2 E R/LW- edium cutting of utomtic lthe mchining A pllel chipbeke. Excellent chip contol t low to medium feed te. The wipe poduce good ufce finih. Flnk 2 G A edium cutting of utomtic lthe mchining 3D moulded chipbeke povide good chip contol. G cl inet give hp cutting ction, llowing high peciion mchining. Flnk oe 5 Fo Ct Ion Hevy Cutting Fo Aluminium Alloy G G AZ RR Flt Top Flt Top Fo luminium lloy The high ke ngle nd 3D cuved cutting edge povide hpne t the cutting point. Additionlly the 3D hpe of the ke fce enble excellent chip contol. Lpping of the top ufce give mio finih fo impoved welding eitnce. Hevy cutting of genel teel nd lloy teel A wide goove chipbeke pevent chip fom jmming t lge depth of cut. mll dimple impove chip contol t mll depth of cut. Hevy cutting of ct ion Flt top. ot effective fo untble mchining due to it high edge tength. Fo ct ion Flt top. ot effective fo untble mchining due to it high edge tength. Cn be ued on wokpiece equiing cloe tolence due to G cl inet tolence A3 A4