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Back Bạn đang ở trang: Home CÔNG NGHỆ DẬP CNC CÔNG NGHỆ DẬP CNC CÔNG NGHỆ UỐN CNC THIẾT BỊ AMADA STANDARD TOOLING FOR PRESS BRAKE

AMADA STANDARD TOOLING FOR PRESS BRAKE

Để thuận tiện cho quá trình sử dụng, lựa chọn, đặt hàng hay gia công các loại chày cối chấn dùng cho thiết bị của AMADA, METALFORMING VN xin giới thiệu với quý doanh nghiệp cuốn CATALOGUE chày cối chấn tiêu chuẩn của AMADA.

 

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Contenfs One touch Tooling gO"Punches ................... 4 88'Punches ................... 5 84" Punches ..'................ 6 60" Punches 45"Punches 30'Punches R Punches 90"Burring Punches ......' 7 88'Burring Punches Flattening Punches Radius Ruler & Punch Holders .......... 8 Color Radius Punches Small Radius Tip Type Punches Heavy Spacer Hynged-Type Split Punches .......'....... 9 Punch Holders Small-Size Punch Holders 90'2V Dies ......'." ........ 'lO 88"2V Dies .......". ........ 11 30"2V Dies '......... ........ 12 90' 1V Dies 88" 1V Dies .......... ........ 13 85"1V Dies ....'...'. ........ 14 84" 1V Dies 80' 1V Dies 45" lV Dies .......'... ........ 15 30' 1V Dies 3U, 4V Dies Polycarbonate Dies R-Bending Die Hemming Dies............ ...................... 16 Polyurethane Dies & Die Holders Mar Protection Die Holders & Die Blocks '..................-.......--.....-. 17 Other Equipments Punches for Bending Robot.......... .... 18 Dies for Bending Robot Die holders for Bending Robot Wing Bend Dies AMTS 90' Punches 20.21 88' Punches 22,29 30'Punches .....'......'..'. 23 90'1V Dies .....'...'. .. 24,25 88"1V Dies ......'.'.. '. 26,27 30' 1V Dies ...'...... ........ 28 ;: ::: t-.' :' l * ::: E :.tt for onea:: _i: +t -.7 ;, : .=i - ,,t ,€ .a i-- :" ;r: .-*.?-.4 s :.9 6 __ ::etge*::: i ]@#- -: :l:i* i: >: ': :: F !: itr: 41 ;$. Li* ::;i g;r .r*, il,1 .Punches and dies can be completely clamped by simply applying pressure to them and turning their lever, or a switch. .PJ.c'res and dres can be simultaneously aligned by a unique drrr-il c aigr:ng mechanism. .P..c-:s are prevented from dropping by drop prevention gr0o\" es. .Punches and dies can be simply loaded and unloaded from the f ront of the machine for stage bending. o j'! ;-:r 5: iil i!' l:$ .fii;*l 't;:i i4g*:**;.a*+tr.-ff:..S:*,:.:rg1 *. f Feqlure of Amqdq Stqndqrd Press Brqkes Tooling Amada press brake tooling is hardened and ground to give you optimal press brake pedormance while all critical tolerances are ground to high precision. Amada precision performance helps eliminate secondary handling to correct errors while also helping to decrease bending costs. ln addition, Amada press brake tooling is heat treated, providing you with long lasting accuracy far greater than that achieved by conventional tooling. Amada press brake 835mm and Short lengths, operator set-up. tooling is available in Long providing for easy, one Amada press brake tooling is sectionalized for convenience and efficiency. Sectionalized A Punch (Ear Type) : 100, 10, 15,20,40, 50, 200, 300, 100 = 835mm (1 set) Die : 10, 15, 20,40, 50, 100, 200, 400 = B35mm (1set) Sectionalized B Punch (EarType) : 100 10. 15. 20. 40. 50 165. 300 100 = B00mm (1set) ffi Amada press brake tooling is availab{e in a wide variety of shapes to meet almost any forming need. Yor.t re assured of finding the right tooling to perform your bending operation in the most precise. efficient manner. Amada press brake tooling is designed for interchangeable use on all of the Amada press brakes equipped with one-touch punch holders or onetouch hydraulic punch clamps. Punches for conventional punch holders are also available. Amada mark Tip angle Tool number Punch for one-touch Punch for conventional punch holder punch holder ttl,_ll 'ltL \I \I Allowable tonnage (in kN/m {tons/m} and tons/foot) Production year and month symbols f-n'.u."lo"'w.-.n'.e-'l.E." ,I.oYNNAGE ffi r' lunx : 1 oookN/m {r ootonlm} MAX : 3OTON/FOOT v A:gA- !\449t-!lt{flAry, A Country of origin (in both millimeters and inches) Punch tip radius or die V-groove wldth (in both millimeters and inches) -The above items of information are all marked on standard tools of 835 mm one-piece engih, 415 mm one piece length, or largest sectionaiized length. Olher sectionallzed sizes are marked wilh as many items of inlormalion as permitled by ava lable space. l\,4odular tooling is also marked wlth necessary information as shown above. We can supply color radius punches and punches to enable burred components to be bend. Also we can supply "V" dies to prevent material marking. o Number of Tools to be Mounted 12oo r--T*l 2ooo r--r=-T_l 25oo f----r----f--l 3ooo [-T-r**r___] +oooffi Table length (mm) f--__l 835mm l=_-.l 4.15mm Tool Iength 090'Bending t:0.4-3.2mm O90' Bending / Straighl-sword type i:44-2Anm O90" Bending / Reversible dies O90' Bending t:0.4-4.0mm lor extra-thick malerial O90'Bending / Gooseneck type i:O-1--?2mm OR-Bending / Ulelhane Tooling t:0.4-3.2mm Color radius 30 (R10-R30) 17 (R10) 15 17 (R15) 17 (R17.5) 17 IB2A\ 17 lq2s\ / nleso\ (EHemming (1st step) t I OA-z.}mm . t : N,4ater al thickness on cold-rolled mild sleel (tens le strength is 450-500N/mm,) O90' Bending lor Sash t:0.4-2.3mm @R-Bending /2 step lype t : 1.2-1.smm i I 1af w 11,3 e: g p co .,22 'r23 i25 1 127 G)90'Bending lor thick malerial (DAcute'Angled Bending lor thick malerial t i 4-5mm @Hemming (1sl step) t i 2.3-3.5mn @Acute-Angled Bending by Air-bending t:0.4-2.3mm 8 49 (sec.) (DHemming (2nd step wilh llange) t: 0.4-3.2mm {DV & Hemming t ; 0.4-1.6mm lDHemming / lor high load t : 0.4-3.2mm p o oo o t: 10-1smm 61 t1) 61 i2i 61 {3) 61 l4l 61 (5i 60 11) 60 i2i 60 131 60 l4l oo lsl p. o oo o o p o oo o p. o6o o o p o o o (DHemming (2nd slep) t;0.4-2.0mm o p o oo o o p o oo o 210 210 (sec.) (DSmall-radius bending / @Wing bend dies Replaceable-tip punches t : 1.6-6 omm t:0.4-3.2mm 91 (38-5F) 91 (6R-10R) (s.) 210 210 (sm.) 226 221 224 o g o o o o ! o o o 90 90 90 90 90 ,90 p o o o (3R) (4R) (5R) (6R) (8R) (1oF) (sm.) uo u1 60 (1) 60 (2) 61 (1) 61 (2) WBl2OA WB23OA WB35OA or W8650 Sectionalized 1V die holder or Rail & plate for W8650 o 121 122 123 -124 125 126 127 (D.H) 320 321 322 323 324 325 326 330 ---] eo or 120 90" Punches 16 (s0') HRC47+2 1 000kN/m {1 0oton/m} n KI IU 'Xt '\in"; I (ear type). k 35*l I 5R- I , -)I rol * T -, r r*, o.ono, 0.2R 835 415 Sectionalizec 01 6021 016022 147A$1 0.8R 835 415 Sectionalizec 01 6081 01 6082 147A81 '147 / No.16 sectionalized \ \ etype I HRC47+2 450kN/m {45ton/m} 1.5R 835 415 tseciionalizec 01 61 51 0t6152 147151 3.0R 835 415 Sectionalizer 01 6301 01 6302 1 47301 116 (s0') HRC47+2 200kN/m {20ton/m} -;3 -i \J_ s1 l-z/ to t- 10.6k9 (10 okg) 0.2R 835 415 Sectionalrze 1 1 6001 1 1 6002 1 1 6801 il t 6g0 / No.1 I 6 seciionalized \ \ Btvpe l HRC47+2 1 1 0kN/m {'111on/m} 462 (9O"goose-neck) HRC47X2 700kN/m {7otonlm} (ear type) ,F5-315 iI t); rol l T- ls.8kg (17 lkg) 0.2R 835 415 462001 462002 1 51 001 *{51 I No.462 sectionalized ] \ Atvpe I l1RC47+2 450kN/m {45t0n/m} 463 (90'goose-neck) HRC47+2 500kN/m {50ton/m} H=90 0.2R 835 415 Sectionalized 463001 463002 1 56001 *{56 / No.463 sectionalizecl \ \ rtyp" l Hnc47+2 300kN/m {30ton/m} 46 (9U gOOSe-necK) HRC47+2 500kNim {50ton/m} 0.28 835 415 'ssctionalizer 046001 046002 051 00 1 15l I No.46 sectionalized \ \ Atvpe l HRC47+2 450kNlm {45ron/mi o { } Reference only Unit: mm 48 (90' he ghtend goose-neck) HRC47+2 500kN/m {50ton/m} -Sectionaiized r53 / No.4B sectiona|zed \ \ etyp" I HRC47T2 450kN/m {45ton/ml 201 (90'tor sash) HRC47+2 300kN/m {3oton/m} H=70 tN/ T T(, ll roo 7l0ll lll .\7X!,U \r - I t- ' -t\ -90' - (ear lype) f 251 10I I )r Lt.' 20 l-Ll + 8.0k0 {7 0.2R I 835 201 001 201002 201 801 ,20l go I\ No.201 Bsetcvliopoeali zed \I HRC47+2 150kN/m {15t0n/m} 203 / 90'for sash \ \ neignteno tvpe I HRC47X2 300kN/m {30ton/m} (ear type) rnc I ^l t./)" ro I t 1 n 0lq (g Okql .\?l i', l S\1 ( ono '2039o /\ Nc 203 ssetcyt opnae iz ed \I HRC47T2 1 50kN/m {15ton/m} l08 (90' Straight.sword) HRC47t2 500kN/m {5oton/m} (ear lype) r2s--l 1OR I )r J t/' 2P r0 I ., F-g ^. (n rrot ift tlT ;\1 T ll 'iu Tall I iltj ; *{15 835 415 'l06 tsectionalized /\ No.1 0B Asetcvliopneali zecl \I HRC47t2 120kN/m {1 2ton/mi 'l' Note the allowable tonnage -Weight is given for B35mm long one-piece (or sectionalized) tooling ti \i 835 004021 415 004022 S::r::"a,,zec .]4802.1 88' Punches 47 ,H=120 lnl - ^\\ ).. / t,,, ) ,U, -t- NRC47=2 500kN, m {50ton mr -52 I \O 4/ SeCIrOnalrTed I \ ntyp" l HRC47+2 450kN/m {45ion/m} .: a-: ::,: e-] ni +./ -.- 101 T- 2.oiq l: :.1 0.2R 835 415 Sectionalizer 047021 047022 a52021 0.68 835 415 iSectionalizer 047061 047062 052061 0,8R 835 415 'Sectionalized o47081 047082 05208 1 1.5R 835 415 'sectionalized 047151 o47152 0521 51 3,0R 835 415 =Seclronalized 047301 452302 052301 2AO (88" for sash) HRC47T2 300kN/m {30ion/m} m ri/ l. 'i Dl l*v_-,__L u\1/ ()"n" \ 88"/ (ear type) l*25*l iloR I !1."' ), 1+01- l ' Lokq 17.2kq) 0.2R 835 a1q 'Sectionalized 200001 200002 200801 120(}80 12(}(l86 / No.20O sectionalized I \ Btvpe l HRC47+2 150kN/m {1ston/m} 0.6R 835 415 'secli0nalrzer 200061 200062 200861 202 / BB'for sash \ \ neigntend type / HRC47+2 300kN/m {30ton/m} 10 okq (9.0k9) 0.2R 835 415 'tSectionalizec 202001 202002 202801 t2A2gO r2028,6 / No.202 sectionalized \ \ gtyp" I HRC47X2 '150kN/m {1 Sionlm} 0.6R 835 415 Seciionalizer 202061 202062 202861 109 (88" Straight-sword) HRC47+2 500kN/m l5UrOn/ml tNr T1 rIi lL/l T'lr 'l' i';. I I u__t e4.ll*r -88 - (ear type) _"1 ttoFl 0.2R 835 415 Sectionalized 1 09001 1 09002 '107001 t1a7 / No.109 sectronalized \ \ nrype I HRC47+2 1 20kN/m {1 2tonlm} 0.6R 835 109061 415 J09062 ) 'Seclionalizedl 107061 "Weight is given for 835mm long one-piece (or sectionalized) tooling. HRC47'.2 1 000kNim {1 00tc| nl -148 I \_.+ :--. - 3 r;L -:i -] .n:l_I , ttt 35 lll v 1 1.2k9 (10.0kq) 415 004062 -Seciionalizeci 148061 0.8R 835 004081 415 i 004082 -Sectionalizedl 148081 1.5R aatr 415 Seclionalizer 0041 51 004152 1 481 51 |1fi'v4/-:2 450kNrm .'j5ion n. 3.0Fi 835 415 Seclionaiizer 004301 004302 1 48301 11 iB8 HRC47i2 2O0kN/m {20ton/m} 7 ) l0.6kg (10 okg) 0.2R 1 17001 1 17002 1 17801 'i1t { 7gO 1796 1 No. l17 sectionalzed \ \ etvp" l HRC47+2 1 1 0kN/m {11ton/m} 0.6R 835 415 Sectionalizei 1 1 7061 117062 1 1 7861 452 (u6 qoose-neck) HRC47+2 700kN/m {7otonim} e;o ) ,/l /,/ t.u t I 9r\ \ (ear type) l< 35 -{ sR- I +r)Tr T- 19.8kg {1 0.2R 835 415 Secn0nalrze{ 452021 452022 150021 o.6R 835 415 'Sectionalizer 452061 452062 1 50061 O.BR 835 415 Secit0nallze( 452081 452082 '150 1 50081 f\ No.452 Asetcytiopneal ized \I HRC47+2 450kN/m f45tonlmi 1.5R 835 415 'Sectionalizec 452151 452152 150't5 t 3.0R 835 4t5 'Sectionalizec 452301 452302 1 50301 -155 4a,a'" 453 lH=eo l-1 r 88" goos^ -'c- | I ^l \ NRC47=2 ,)\) I . 500^N r /,/ lUY ::- :, :: 0.2R 835 11t rSect onalizec 453021 453022 1 55001 0.6R 835 A1 E, 'Sect onalized 0.8R 835 4t3 : --- ^^^L -^t 1.5R 835 .115 :------ --- 453061 453062 1 55061 453081 453082 1 55081 453151 453152 t33t3t HRC474 300kN/m {30toni m} 45 (BB" goose-neck) HRC47+2 500kNim {50ton/m} r-#. r tzi 22.6kq (21.gkg) ;> I10 T 0.2R 835 04502i 4 I 5 U+3UZZ ,'Seclrora: z+c 050C21 0.6R, 835 045061 l +tS 045062 ]'Sectionallzed 050061 O.BFi 835 045081 415 045082 t50 Sectionalized 050081 I No.45 sectionalized i \ Atvpe I Hnc47X2 450kNlm {45ton/m} 1.5F 835 045151 415 : 045152 Sectionalizedl 050151 3.0R 835 4t5 Sectionalizer 045301 045302 050301 { } Reference only o Unit: mm r' Note the allowable tonnage. 84" Punches 60" Punches 45" Punches 30' Punches R Punches o { } Reference only Unit: mm H=70 ffi T,i\l/JJ. .x in (ear lype) f*r.i I'orJ_ i+ol l-,/ A{ T --e okq t;.zrqt f20496 i\ No.20406B stevcptioena lized \I HRC47z2 150kN/m i1ston/ml H=loo _ffi 1) fl" l,l ,Za \ (ear iype) F] +)-./ k ro I .l T* roorq 120596 / No.20506 sectionatized ] \ Btyp" I HRC47Q 1 50kN/m {1sion/m} "=too -ff ,l"l /,!. r\/ I ".'l-!, 835 I 210001 t210go 415 210002 / No.21 0 seclionalize.t \ \ stvp" l HRC47r.2 200kN/m {20ton/m} 1 03001 1 03002 1 03801 ,10390 I No.103 seciionahzed \ \ Btype l HRC47r2 300kN/m {30tonim} 1 0870 / 30'High-heioht \ \ Straignt-sword type / Surface HRC60* 500kN/m {50ton/m} H=eo m m Tl/,1, so ll l lT'l .oJt zo-r L I r0B-+J r +74 T_ 8l,q (8lq) 835 I 108701 -log7g 415 I 108702 / No. I 0870 sectiona|7eci \ \ atyp" l SurfaceHRC60*2 1 20kN/m {12ton/m} ""fil1 15.1kq (15.1ko) nl N',! rv I ,lI,, (earlype) k 20-, enl dr tlJJ 415 rSectionalized 21 5001 21s002 H=65 F-3e--l I NTT -!\l l ts, \L'/! -l /)+ 1l.sB' (ear type) t'-'o'l I 5R l./ ^l_)p 12t + T--ll*-i,'.ono, '231 / No.230 sectionalized \ \ Atvpe I HRC23-28 '1000kN/m {lOOton/m} t Note the allowable tonnage -Weight is given for 835mm long one-piece (or sectionalized) tooling. Amao" Long-life Prnches .-t LP toolirtg w'itlt longer life. .Tip hardness rs increased to increase wear resistance. .ldeal for forming small-r,vidth. multiple-step, and freeangle bends. t30' Straight-sword type) .Rear relref area is also increased for box bending. (88' No.3 and No.4 type) .Special printing is employed for marking information on the tools. All tools are marked with their part number, dimensions, and allowable tonnage for ease of identif ication Flattening Punches { } Reference only Unit: mm o |r -."J\i_J L"'l, #.J 10.sks (9.3ks) 01 6801 01 6802 1 47801 1No.1 Burring / 90 , No.1 6 sectionalized \ A type HRC47t2 200kNim {2oton/m} .( eaf: _ryp:ei) !t ,// 1a '!l , ': :,:: 3 :{., nT +il, -. .1 r;; o 01 6901 01 6902 147901 *No.2 Burring / 90', No.16 seclionalized I \ Atype I HRC47Q 400kN/m {40ion/m} No.1 Burring (88', No.4 type) HRC474 400kN/m {40ton/m} 10.5k9 (9.3k9) 0.2R 835 415 (antinnelizor 004801 004802 1 48801 'No.1 Burring / gg'. No.+ sectionalized \ \ ntvpe l HRC47Q 200kNim l20ton/ml 0.68 835 415 iSectionalizec 004861 004862 1 48861 No,2 Burring (88', No.4 type) HRC47t2 800kN/m {80ton/m} H=67 nr rl l'l 'LU4.' 4,">+ (eariype) F3s l 5F ..1 L'21, 101 ,t T- 0.2A 835 415 iSeciionalized 004901 004s02 1 48S01 tilo,2 Burring I 88-, No.4 sectionalized \ \ Atvpe I HRC47z2 400kN/m {40ton/m} 0.6R 835 415 004s61 004962 1 48961 No.3 Buruing (88',) Surface HRC60r2 400kN/m {4oton/m} H=so [}llnE t\ l,l. :' Jh tv {.//' i ,"!N2 2 (." j 0.2R 835 415 Sectionalizer 004701 004702 'No,3 Burring 004781 / BB sectionalized \ \ etype l Surface HRC60t2 110kN/m {11ton,h} llo,4 Buring (BB'.No.452 type) Surface HRC60t2 400kN/m {4otor/m} H=eo fllm l\1,1. go )../ I Lre] ,/)8.2., (ear type) tH\r:-1 lr/,!' IItt 10 17kg {17ks) 0.28 835 415 452701 452702 'N0,4 Burring '150781 I 88 ,No.452 sectionalized \ n rype Surface HRC60r2 300kN/m l3otor/m) De0itunaille( "Weight is given for B35mm long one-piece (or sectionalized) tooling. 835 019001 415 019002 I n' -*] 'l r-5. I Ll-vi}. [_uu '] I Note the allowable tonnage Radius Ruler & Punch Holders Golor Radius Punghes * Small Radius Tip Type Punches .*;*;*Js;a*-"*:fu;*ia*. ;*^**d.d{, i;;";gdbL:J:+s.eiti*i$i-b;-'A o { } Reference only Unit: mm 17 { Radius ruler ) H=16 E H }Voro -\J 116 I 8kg 10R 835 415 01 71 01 017102 17 ( Radius ruler ) H=20 2 8kq 15R 835 415 o17151 017152 17 (Radius ruler ) 17.5R 835 ) 017171 415 : Oltttz 17 ( Radius ruler ) H=24 6.9k9 20R 835 017201 415 017202 17 ( Radius ruler ) H=29 -E- rtr rllir -{tr'- 1-" zsc -Y ,/ 2e "i v{ I gkq 25R i 835 017251 415 017252 17 ( Hadrus ruler ) H=34 E r-l[rx r I\ 1,"44 lt r\ ,/ "itl 460 t3.6kq JUFI 835 415 01 7301 017302 t5 ( Punch trolder ) HRC23-28 H=67 til{ 3 8kg 835 415 01 5001 01 5002 90 One-piece 1000kN/m {looton/m} Sectionalized 150kN/m {15ton/m} T-.l + 0.2Kg H=6 3R 835 I 090301 415 I 090302 1 Sectionalized i 090831 (20,25, s0,35,40,50, 70, earl00x2, 165,200 ) 90 One-piece 1000kN/m {looron/m} Sectionalized 150kN/m {tstonrm} H=8 0.3kq 4R 835 090401 415 090402 Sectona|lzed 090841 120.25,30. ss,40 s0, 70. ear100:2, 165,200 ) 90 One-piece 1 000kN/m lr ooton/ml Sectionalized 150kN/m {15lon/m} H=10 C 5kg v10 5R 835 415 Sectionalized (2O,25,30,35. 70. ead00x2 1 i 090501 I 090502 090851 10,50. )5. 200 ) 90 One-piece 1000kN/m {looton/m} Sectionalized 150kN/m {rstonlm} 0.7r! H=12 6R 835 090601 415 090602 Sectionalized 090861 (20. 25 30, 35. 40, 50, 70. ear10012, 165,200 ) 90 One-piece 1000kN/m {lootonim} Sect onallzed 1 50kN/m {r stonlm} 1.3kq H=16 !16., 8R 835 415 Sectronalized (20,25.30 ss, 090801 090802 090881 .0 50, i5, 200 ) 90 One-piece 1000kN/m {looton/m} Sectiona ized 1 50kN/m 1r stonlml 2.1 I rL, ilrL55K - 0.2R setot2 443021 -Weight of hinged-type is sum of left and right halves. Short-length Punch holder ( for Z I A type machines ) ai 30: -f- I I H=50 2r i315 2.5k9 '150 w9200A Short'length Punch holder ( for Z I B type machines ) H=50 27 13 1s -- .. lL -, [-]tt \ I ;r I ll / . L lv :a,q '150 w92008 Short.length Punch holder ( for ZIIB type machines ) H=50 r r:': i: -- .n ll -,lL[_ lI sol lf- | tti ) rL) \_/ 2 150 lW9210B Narrow.width Punch holder ( for Z I A type machines ) H=1oo Jl€-E .n 1-ll t-l 'j'1fi) 50 w9100A Narrow.width Punch holder ( for Z 1 B tvpe machines ) 2.5k9 50 w91008 Narrow-width Punch holder ( for ZII B type machines ) H=llQ.q0,.r+ .,Jll Ltd 50 2.5k9 50 w91 108 o 90' 2V Dies F- EG-- f*a.fu.G. Amao" Long-life Di" )Three times higher wear resistance (longer Iife) The ALD dies are increased in surface hardness to between HRC 60 and 65 to achieve wear resistance at least three times higher than that of our conventional 2V dies. )Higher Grasking and chipping resistance (higher toughness) With the development theme of "higher cracking and chipping resistance", the ALD dies are less likely to break and splinter when thelr allowable tonnage is exceeded. (compared with Amada s cof ventionai dres) -Allowable tonnage is marked on the ALD dies. Do not use ther a:cve their allowable tonnage. )Dimensions The ALD dies are the same as our conventional 2V dies in dimensions, accuracy, and ease of use. .Regular ALD die sudace cleaning is necessary because of the scale lrom hoi rolled sheet. AX die will be recommended to bend the hot rolled thicker material. AX die is designed for siainless steel and thicker materials. coating dies Dies with high weflr resistance .An original quenching process (AX coating) provides a surface hardness of HRC65 and allowable tonnage of 1000 kN/m. .Dedicated dies for bending stainless steel and heavygauge carbon steel. .Available in 1V (16 or 25) and 2V (16 x 25) types. .The 2V type has slugs collected in the U-slit in the bottom of the V-groove. .Large shoulder radius of 2.5 to 5 mm reduces marring from slipping on the shoulders. .1V die can be also used in a standard 2V die holder. (E { } Reference only Unit: mm 121 (90', V=4 x 7) Surface more than HRC60-65 600kN/m {60ton/m} H=26 m 3H +r4k + i )l57+ + w----\ /R+ o.4R|l o--n on ' | [0.4R t26 Iil < 5Hr 8.3k9 835 415 1 21 001 121002 50190/50180 (90', V=4 x 7) Fleversible Surface more than HRC60-65 600kN/m {60ton/m} I F 345 +l I8[g o2tr 415 Sectionalized (A tvpe) 501 901 501 902 50 1 801 122 (90', V=5 x 9) Surface more than HRC60-65 650kN/m {65ton/m} m 835 415 122001 122002 50790/50780 (90'. v=5 x 9) Reversible Sudace more than HRC60-65 650kN/m {65ton/m} +36+ 10]f 9 835 415 Sectionalized (A tvpe) 507901 507902 507801 123 (s0'. v=6 x 10) Surface more than HRC60-65 700kN/m lT0tonlm) H=26 4.5j + t6.5 + -rl 6 ++ 10 [l- ..,0/-:),'n, i l'l ksot I llq m 835 415 1 23001 123002 s0290/50280 9a \'-a r 10r Reversrble S-"ece more ihan HRC60-65 700kNim :70icr ml t 37 t Io4[q 835 415 Sectionalized (A type) 502901 502902 s02801 124 i90.V=Bx12) Surface more than HRC60-65 B00kN/m {80ton/m} H=26 ED 5.5-t k- + (.5k- JA+i12k ,\./---\ /.Ro5Fl "" "^v IlosR t-" '" I Lu t* l+50-- -t 8,1 kg 835 415 124001 124002 50390/50380 (90', V=8 x 1 2) Reversible Surface more than HRC60-65 700kN/m {7oton/m} H=46" f ,6+ mID '+f f]+ +fritF - 0.5R t.' T +39_-=>l l0.9kg 835 415 Sectionalized (A type) 503901 503902 503801 3tt (90" for SUS.Al, V-6 r I0) HRC479 B00kN/m iSOton/m) H=26 i6k +10+ -! 6 * -t 10 f.'i t\,/--\//iU r.snl on qo - | -' |[25R 126 ttl k-55--_-_- t 9.0k9 835 415 31 1 001 31 1 002 -Weight is given for B35mm long one-piece (or seciionalized) tooling 88" 2V Dies I 2t(}6 (88" v=4 x 7) Surlace more than HRC60-65 600kN/m {60ton/m} H=25.5 3.5tJ 4+4 J M ts+ o +50+ c..t.: 835 121061 415 121062 50196/50186 (BB'. V=4 x 7) Reversible Surface more than HRC60^65 600kN/m {60ton/m} H=45.5 +26+ 4tt- * ; [AlJla '0 iP Y +34.5+ I Bkg 835 A1E Sect ona ized (A type) 501 961 501 962 50 1 861 1220,6 (88', V-5 x 9) Sudace more than HRC60-65 65OkN/m {6oton/m} H=25.5 m 0.6F 1.5 6 835 415 122061 122062 50796/50786 (88', V=5 x 9) Feversible Surface more than HRC60-65 650kN/m {65ton/m} +36 1 10.1kq 835 415 Sectionalrzed (A type) 507961 507962 507861 I 2306 (88". V-6 x '10) Surface more than HRC60-65 700kN/m {7oton/m} H=25.s mD 4.5iltl + +6.5+ 6 +r 10 r+ oo*ff--){fou, l* * l'f' 8.1 k9 835 415 1 23061 123062 50296/50286 (BB', V=6 x 1 0) Reversible Suriace more than HRC60-65 700kN/m {70toni m} . nTn I Io 6F 46 { +37 t 10 4kg 835 415 Sectionalized (A type) 502961 502962 502861 1240,6 (BB . v=8 " 12) Sudace more tian HRC60-6s B00kN/m {80ton,'m} I H=2s.5 IIIDI iI 5r++ 8+++ 12+ r/.5+ L J\,/_--\,ZI.T , ." | ""' l!.oou* ttl +a-+ ! :ia 835 415 124061 124062 50396/50386 (BB', V=B x 1 2) Feversible Sudace more than HRC60-65 700kN/m {70ton/m} H=46 - :'*-,* TI"oi+ 39-+ ^,,. 835 503961 ,. 41 5 503962 Sec::-: ra: 503861 iA :. :: IL 3tl06 (BB'for SUS.AL, V=6 x 10) HAC47Q 800kN/m {8oton/m} H=25.5 dJ5 Ji rJa 4lb J i ir_cz 31400 88' for SUS AL, V= 1 2 x 20 HRC47Q 1 O00kN/m {1 00ton/m} +55 t 8.4k9 H=26 +15 20 835 31 4001 415 314042 { } Reference only Unit: mm 125 (BB'. V=14 x 18) Surface more than HRC60-65 1 000kN/m {1 00ton, mi H=26 m +8.5+ +:10.51,. + i4 ++ 18 l zo i 05R,fIlsv8 -\g a"/ 41rt? l^^or" 7.6k9 tJ J3 415 1 26001 126002 50590/50580 88", V=1 2 x 20) Reversibi( Sudace more than HRC60-65 1 000kN/m {1 00ton/m} H=46 ?*l- ^- 26+ F-20 1i M i0.5 R 46 I F a5 N 12.3t.) 835 505901 415 505902 Sectionallzed 50580.1 (A type) 127 (BB', V=16 x 25) Surface more than HRC60-65 700kN/m t/uron/m1 7.zkt) 835 415 127001 127002 50690/50680 88', V=l 6 x 25) Reversibl( Suriace more than HRC60-65 1 000kN/m {1 0Oton/m} H=46 i6. f;26?-+1.- llfll 0.8R 835 506901 415 506902 Sectionalized' 506801 (A tVpe) 12A (BB', V=l6 x 25) Surrace HRC65 1 000kN/m {1 0oton/m} H=35 nx '!Tli rl'l I fV-VT,* 3Bl ""o 88 135 Llr <,-__60+r .ri. 835 128001 415 128002 -Weight is given for 835mm long one-piece (or sectionalized) tooling. -SUS : Stainless steel AL : Aluminum o 337 (30",.V=8 x t2) HRC48:2, 300kN/m {3oior/m} 835 415 33700'l 3s7042 33706 (30', V=6 x 10) Reversible HRC47Q 260kN/m {26ton/m} !<-39> 13.4kg 835 415 Sectionalized (A type) 337061 337062 337461 32(t (9b', v*6) HRC47*2 950kNlm {g5tonlm} . H=30 re -+H T-.4Y | 1.5R 30 II JL 114 r6 la","* 835 415 320001 320002 321 (90", v=B) HRC474 950kN/m {95ton/m} .] ,o '1+ 8 ],* 2.8kq 835 415 321 001 321002 323 (90", v*10) HRC47r:2 S5okN/m {ssror'/rn} H=30 +F- f;4Y IL 'jt5 f10 ]- ?.8ks 835 415 32300.1 323002 326 (e0", v=l 2) HRC47=2 1 000kN/m { 1 ooton/m} 3.3k9 835 415 326001 326002 o70 (c0", v=6) Surface more than HHC60-65 950kN/m {9stonlm} ,a{ ; H;60 l1 l_l ITIDI 5.5k9 835 415 070001 070002 070801 (A type) (J71 (90", v=8) Surface more than HRC60-65 950kN/m {95ton/m} H=60 8r 'u"'l I J H 90' I _l m 5.4k9 835 415 Sectionalized (A type) 071 001 071002 07 1 801 o73 {90', V=lo} Surface more than HRC60-65 950kN/m {95ton/m} H=60 .,oJ ,r{1 t ,rl ' IAHil I I j 5$(q 835 415 Sectionalized (A type) 073001 073002 073801 o75 (90" v=12) Surface more than HRC60-65 950kN/m {95ton/m} H=60 ,rJ ,rd t ,.1 90' , EIDI I r ssks 835 415 Ranlinnalizad 075001 075002 075801 (A type) o83 (eo" v=3) HRO47t2 400kN/m {4otan/rn} : H=.60 ';* ,^-I ," l_ l'l, -1 43k,c, 835 415 Seetionalized (A iype) 083001 083002 :083801 o84 (90" v=4) HRC47Q 400kN/m {4oton/m} H=60 'l# .{ 0.4R / l sol I I 14L F? I l ] 44'q 835 415 Sectionalized (A type) 084001 084002 084801 o85 , . (90" v=5) HHC47-2 500kN/m {soronlm} H-60 '";- / a.Ae / 90' l 141 Ii T -J 4.5ks 835 415' Seciionalized {A type) oesoor 085002 085801 -Weight @ { } Reference only is given for 835mm long one-piece (or sectionalized) tooling Unit: mm ' -For ALD tooling, refer to page 10. 32006 (88',, V=6) HRC47Q 950kN/m {95ton/m} H=29.5 k r i4 lHl-u --'!/] //l rJ I 1.5R I l- 88 2e.5 I I trtlll z.tl 835 415 320061 320062 32106 (88" V-8) HRC47t2 950kN/rn {95ton/m} H=29,5 le l4 |-* a T -d\,/1 , r* | tl..-"* zds Itl r _L__l 2.69 835 415 321 061 321062 322 (BB', V=10) HHC47t2 950kN/m {95ton/m} 2 8kg H=30 !- t1s f. Lf ro 2a/l | Yl'Fss' 835 415 322001 322002 324 (88", V=1 2) HRC47Q 1 000kN/m { 1 0oton/m} H=30 ".. -17 ++Jer2 I, 3b 25F lI 88' 3.T kg actr 415 324001 324002 325 (88" V=14) HRC47Q 1 000kN/m {1 ooton/m} 3.2k9 835 415 325001 325002 o7006 (88" V=6) Surlace more than HRC60-65 950kN/m {95ton/m} H=60 6 -11* m I r 15R 14 5 5kq 835 415 Sectionalized (A lype) 070081 070082 070881 o71 06 (BB" V=B) Suface more than HRC60-65 950kN/m {95ton/m} H=60 835 415 Sectionalized (A type) 071 081 071082 071 881 072 (88, V=]0) SuTface more than HRC60.'65 950kN/m {95ton/m} H=60 10 2AF iv-ilf 'r' 'u1., lil am 5.5k9 oct 415 Sectionalized (A type) 072001 072002 072801 g-74 (88" V=1 2) Surface more than HRC60-65 950kN/m l95ton/ml H=60 ,rf ,r^'7 60 I I l 5.9k9 835 Sectionalized (A type) 074001 074002 074801 o76 (BB', V=1 4) Surface more than HRC60-65 950kN/m {9ston/m} H=60 835 415 Sectionalized (A type) 076001 076002 076801 U-77 (88" V=16) Surface more than HRC60-65 1 000kN/m {1 00ton/m} ND 7.5kq 835 415 Sectionalized (A type) 077001 077002 077801 o78 (BB" V=1 B) Sudace more than HBC60-65 1 000kN/m {1 00ton/m} H=60 ED 8.31!l 835 4t5 Sectionalized (A type) 078001 078002 078801 { } Reference only Unit: mm o79 (88", V=20) Surface more than HRC60-65 1 000kN/m {100ion/m} H=60 FAll ,,I\4 1 '*l-l+ 1/l la -L__:]r ml 9.1 kg 835 415 Sectionalized (A type) 079001 079002 079801 082 (88',, V=2s) Sudace more than HRC60-65 1 000kN/m {1 0oton/m} m I l.0kg 835 415 Sectionalized (A type) 082001 o82002 082801 o8406 (88" V=4) HRC47z2 400kN/m {4oton/m} H=60 too* r 0.48 /l ne'l I rtl= 1 T I 4rkq 835 415 Sectionalized (A type) 084061 084062 084861 o8506 (BB', V=5) HRC47Q 500kN/m {50ton/m} H=60 -;+ .{ o+*a /l ,"L --T 60 I r5rq 835 415 Sectionalized (A type) 08506 1 085062 085861 327 (88" V=16) Surface HRC65 1000kN/m { 1ooton/m} H=36 r20i l. 16.l ffi 1.6k9 835 415 327001 327002 324 (88',, V=25) SurJace HRC65 1 000kN/m {1 0Oton/m} H=36 1 tru i 6 5kg +304 -25 i 835 415 328001 328002 -Weight is given for 835mm long one-piece (or sectionalized) tooling. @ For ALD and AX tooling, refer to page 10. 85" 1U Dies 80" 1V Dies ii:ai;:H# 84" 1V Dies (E { } Reference only Unit: mm 35 (85', V=32) HRC4B/ 1 000kN/m {1 ooton/m} -85 : \., F/- tr\n l +nl lob L lr +ooi 835 035001 415 I 035002 36 (85', V=40) HRC4Bt2 1 000kN/m l1 ooton/ml ,- il--''. '"F1V IlIj l*oo- 835 036001 415 036002 37 (es', v=50) HRC4812 1 000kN/m f1 00tonlm) vt\ \ l* so> ,/ -, M; I tl l*ao-.1 835 I 037001 415 i 037002 38 (85" V=63) HRC4B+2 1 000kN/m {1 0oton/m} +:{85 - \+63 t./ l\A _1_ rnl l'' L-----lr I *oo-l [. eo -- 835 i 038001 415 038002 {3 (85" V=80) HRC4Bt2 1 000kN/m {100ton/m} r"-8^5\: r{71 on :I -l 1"" t:r--L l.1 .. oo -l ss--.] 835 I 013601 415 I 013602 .l8 (85', V=100) HRC4Bt2 1 000kN/m {1 0oton/m} 83s 01 8601 415 01 8602 320,07 (84" V=6) HRC47Q 950kN/m {95ton/m} H=29.5 2.8k9 o2tr 415 320071 320072 321o7 (84', V=8) HRC474 950kN/m {95ton/m} H=29.5 lH* e 4./ i ].sR 29.5 84 2.8k9 835 415 321071 321072 32207 (e4', v=10) HRC47Q 950kN/m {95ton/m} H=29.5 le>115 l+f ro 84 2.8k9 835 415 322071 322072 32407 (84', V=12) HRC474 1 000kN/m {1 0oton/m} H=29.5 1 ,do 25R 3.1 kg 835 324071 415 324072 32507 (84". v=1 4) HRC47z2 1 000kN/m { 1 00ton/m} H=29.5 k t 18 -l#1,. I ,/ 2.sR 29.5 t 3.2kg 835 415 325071 325072 07o,07 (84" V=6) Surface more than HRC60-65 950kN/m {95ton/m} H=60 [D 5 4kg octr 415 Sectionalized (A type) 070041 070042 070841 (J71(J7 {84", V=8) Sudace more than HRC60-65 950kNlm {95ion/m} 835 415 Sectionalized (A type) 071041 071042 071A41 072o7 (84'. V=1 0) Sudace more than HRC60-65 950kN/m {95ton/m} H=60 10+ ,.*lt"t..;t.ll t]l tt*L-J l m 5 skg 835 415 Seciionalized (A type) 072041 072042 072841 o7407 (84" V=1 2) Surface more than HRC60-65 950kN/m {95tonlm} H=60 NDl 5.9k9 835 415 Secl0na{rzed (A type) 074041 074042 074841 07607 (84" V=1 4) Sudace more than HRC60-65 950kN/m {95ton/m} H=50 m 6.6[ g 835 415 Sectionalized (A type) 076041 076042 076841 .Weight is given for 835mm long one-piece (or sectionalized) tooling. 39 (80" v=1 25) HRC4Bt2 1 000kN/m {1ooton/m} H=123 (103) E\-.a0'.- F-125-t F\--l']J.,,0,, gHt I ttY lro '1rrr- l - eT54+ ( ): Special die 86.0kq 835 039001 415 039002 14 (80'.. v=1 60) HRC4B=2 1 000kN/m {1 00ton/m} R\,,fJ, r 1F L_ r_.1 J [.elzo>] l. ,ur] 835 014001 415 014002 -For ALD tooling, refer to page 10 342 (45', v=32) HRC4B4 400kNim {4oton/m} 83s 342001 415 342002 343 (45', V=40) HRC4Bt2 700kN/m {70ton/m} 45' lV Dies 30" lU Dies ;:$t*:.Ijieg**n5:i:;::;=::=:-=::==:::::==:::,::i:::=,::;iii.**:igfii:i*i*i:i#Liiil;,.-"-"-".-.-,---*:.,,..:-; 3U, 4V Dies *?ii+ffiit*:!i'ii!'*i.!,i,i!;!iiri Polycarbonate Dies { } Reference only (D Unit: mm 340 (30", v=1 B) HRC4Bt2 B00kN/m {Boton/m} *30r \, 18 , if ,{11 l ooN 341 (30', v=25) HRC4Br2 600kN/m i601on/m] *30i \25 I .,[1r-]l ll, 835 341001 415 341002 o8403 (30', v-4) HRC47t2 20OkN/m {20ton/m} 835 084031 41s I 084032 Sectionalized I 084831 o8503 (30', v=5) HRC474 300kN/m {30ton/m} 331 (90 . v=4)' 320kN/m {32ton/m} H=35 +ik 4 -l-;rl I lFl n .oiLli l l .t] tJ <16> 2l-]+16 Il (x-a8l \ /T uo uo ur) (s5"js I 'Z-acq)' >122+ +bu+ l 835 'rZ900r 415 129002 350 F-bending die HRC23-28 Suface HRC4Br2 1000kN/m { 1 00ton/m} +60 +] +36 N ,n"ffL-f lol I ll .Weight is given for 835mm long one-piece (or sectionalized) tooling. =.:=====*====T.:=gg+i*T,*,3*i9: ***i,; Mar Protection *L;; id;;$.i:;ge:;"=i&e;,#;d !.*.I r.B "r&**iE iliL-:il-:"-u. -..i".* I 0409 (Hemming die V-8) HRC48t2 650kN/m {6ston/m} 835 1 04091 415 i 104092 I 0469 (Hemming die V=6) HRC48t2 650kN/m {65ton/m} H=1 17 +ll+6 T-r[-=11--il-eo: ,,zflJ LL] k 60>l t05 (New slider hemming die) HRC54t2 1000kNim {1ooton/m} iru l<-60>l 835 105061 415 I 105062 Polyurethane Dies & Die Holders ;a:*3:i*"ii:*g*;'l*liii*#:i 60 (11 HRC23-28 H=60 -l 25 l. t 60 l _L 2l 0.q 417 06001 1 0600 1 2 61 {11 Polyurethane ^-! T Red 80', Blue 90', Yellow 95' Red 837 417 061111 061112 Blue 837 417 061121 061 122 Yellow 837 417 061131 061 1 32 60 (21 HFrC23-28 H=43 k-60+ iiSr I lr 21 0(q aal 417 060021 060022 61 {21 Polyurethane t30+ E,5 Red 80", Blue S0', Yellow 95' 1.0kg Red 837 417 061 21 1 061212 Blue 837 417 061221 061222 Yellow 837 417 061 231 061232 60 (31 HRC2s-28 H=100 >l 50F ,rL./JL_\ hl ll Itookj f,oo J 45 okg 837 417 060031 060032 61 (31 Polyurethane f.50.t T 3.0k9 Red 837 417 06131 1 061 31 2 Blue 837 061 32 1 061322 Yellow 837 417 061 331 061 332 60 (41 HRC23-28 H=83 +120+ f 80+ tl.-lI L Llv __l .look 55 5kg 837 417 060041 060042 61 (41 Polyurethane nr*F- . 3 Okq Red 837 417 061 41 1 061412 Blue 837 417 061421 061422 Yellow 837 417 06 ut) 431 432 60 (51 HRC23-28 H=108 e150- CTTO+ IL--JI,T, +l oo Le- 62.0k9 oJ/ 417 060051 060052 6r (51 Polyurethane l+110---l T45 Red 80". Blue SO". Yellow 95' 5.0k9 Red 837 417 061511 061 51 2 Blue 837 417 061521 061522 Yellow 837 417 061 531 061 532 -Weight is that of longest producl Utethane $heet 150mm width 1 000mm length t=0"3 426201 t=0.5 426191 t=1 .0 426181 Mark Protection Strip 30mm width t om iengtn Set of 2 +t 3 +8tt (D { } Reference oniy Unit: mm Die Holders & Die Blocks 0thq Equipments ,i;.$i!i':al*"ii'Js*i'i*i*Se*;:r*!ai + - .,.=:....-.-+=*,=: 330 (Die holder for sash) HRC23-28 H=81.5 tffil4 TN .l.ll __t L Il -l k ao- 830 412 330001 330002 33006 (Die holder for sash) HRC23-28 H=45 45 I I Ckg 830 412 330061 330062 55 (Die block) HRC23-28 H=55 [-uo '] 28.Okg 835 415 055001 055002 815 (Sectonal zed 1V d e holder R) HRC23-28 840 420 0B 1 501 081 502 300 (Sectionalized 2V die rail) HRC23-28 H=10 3.8kq 835 415 300001 300002 33039 (W de wldlh die holders) H RC23-28 H=39 12 Okg 830 412 330391 330392 33055 ,H=55 ', t: ,! ::- :: _: ::_: T +42+ HRC23_28 .lI] +a:+ 830 412 330551 330552 33075 (Wide width dle holders) HRC23-28 H=75 +r:+ f--[- I 830 330751 | :12 330752 vl I -- One-touch Die Holder (for 2V die) 836 9040C1 418 9040C2 Unit:mm MTS-248 l\,4ulii-tool stocker Capacity of 33 standard B35mm tools k-sz+ l fsoo.J -f 950 t 120ktJ 955000 MTS.398 Multi-tool stocker Capacity of 71 B35mm tools +745+ Tool Box 5O Bending tool cabinet Capaciiy of 54 B35mm tools lnnershelf approi. 147k9 O!ier box r approi. 140k9 950000 Side gauge (for 1V and 2V dies) lhe c amp wdth is 60 mm maxmum and 14 mm min mum 930000 Front table (for 1V dies) 933000 Side gauge I for 1V dies \ \with height 60mmi 939000 Adjustable-angle side gauge {for '1 V and 2V djes) Ang{e adj!siable io a maximum oi 50' plus and minus in the left{ight direclion 932000 Angle gauge e\ flrr I l) \-----/ aa:'aa 1.,a 935000 -Weight is that of longest produc,. (D Punches for Bending Robot holders for Bending Robot :t:.,,:.::r.. j,j..:.r. :.. r., r:.! Die Dies fo$ending,Robot Wing Bend Dies 530 (Die holder for robot) HRC23-28 830 I 530001 412 I 530002 >#r+ T t-t ub ll 2a +ir-L--- r.lt l+ l*-oo -l 531 (Die holder for robot) Sectionalized lnclude two side stoppers HRC23-28 ll[ ++l,ci; T-ILIL lttl l:lb I I II!.' k ao ->l 531 001 531 002 511 (88") more than HBC40 300kN/m {30ton/m} H=90 edge 0.6R I * i,-lX =tr#tm $o*y' ' 51 1 001 51 1 002 51 2001 513 (88' hinged punch) more than HRC40 1 50kN/m {1ston/m} H=90 * --1n"ou* :o -f * llS 'l ,,*LK t 'ol*i;ro 3 6r. 150 set of 2 (L&F) .Weight of hinged-type is sum of left and right halves. 521 (88" V=4) HRC43*48 400kN/rn {4otonlm} H=30 l*14*l aztg 83s 415 Sectionalized (10x2,15,2012, 40x2,80x2, 100x2. 160x21 52 1 001 521002 s21101 522 (88", V=5) HRC43-48 500kN/m {5oton/m} H=30 2.2k9 835 415 Sectionaiized \10x2,1s,2Ax2, 44t2, aAx2, 100x2.160x2) 522001 522002 522101 529 (88", V-6) HRC43-48 550kNim {sston/m} H=30 2.3k9 835 415 Seclonalrzed (10x2,15,2or2, 4Ox2.8Ax2. 100x2. 160x2) 523001 523002 523.101 524 (88", V=7) HRC43-48 600kN/m {60ton/m} H=30 2 3kg 835 415 Sectionalized 110,2.15 2At2, 44x2,84t2, I 0012. I 60x2) 524001 524002 524101 525 (BB" V=8) HRC43*48 650kN/m {65ton/m} H=30 2.4k9 835 415 Sectionalized (1ox2. 15,2Or2 4Ov2, a0x2, 100x2, r60x2) 52500'1 525002 5251 01 526 (88" v=1 0) HRC43-48 900kN/m {9oton/m} H=30 l-14! 2.6R9 .14.s 10 I 30 l I 835 415 Sectionalized (1a\2, 15,20x2 40x2,80\2, 100x2, 160x2) 526001 526002 5261 01 527 (88", V=l2) HRC43-48 1000kN/m {1ooton/m} H=30 l|+. 1!6+12 ,r, fMl F{ J.P ILJJ 2.7kq 835 415 Sectionalized 11Ax2,15,20x2, 40x2,80x2, 100x2,160x2) 527001 527002 527101 52A (88", V=14) HRC43-48 1 000kN/m {1 0oton/m} H=30 2.gka 835 415 Sectionalized l1a\2, 15,20/2. 40x2, AOx2, 10012, 160x2) 528001 528002 5281 01 WB-I2OA / l\,4inimum angle:80" \ \V-width : 6mm equrvalent/ Sash iype (Required No.B15) 1000kN/m {1ooton/m} 12- lr! fn o4rq t [d oTks ll LU r4ks 70120A 7A1208 7UzAC wB.230A / lvlinimum angle:80' \ \V-width ; 10mm equivalent/ Sash type (Flequired No.81 5) 1 000kN/m {1 00ton/m} rn T,.h d litJ 50 70230A 100 I 702308 200 70230c wB.350A / Minimum angle:80- l \V-width : I5mm eouivaient] Sash type (Required No.81 5) 1 000kN/m {100ton/m} FN i\l 50 r 70350A 100 I 703508 200 I 70350C wB-650 / Min mum angle 80 \ \V w dth : 30mm equrvalent/ Rail type 1 000kN/m {100ton/m} -100---- | Bedicated aligning jig for rail type At least two are reouired l i'l i'll I L-,_J Dedicated mil and plate for rail type - r-"1 I Slq lr r 'Ll I 43Fs (D { } Reference only Unit:mm .Weight is that of longest product, or corresponds to length on opposite side *? lis# le I'S ,:a l,ir=i-+ i:': .AMTS punches are available in eight types and unified to three heights of 90, 120 and 170 mm. .AMTS dies come with V-groove widths of 4 lo 25 mm for a wide range of forming operations and have small and large shoulder radii for a variety of forming conditions. .AMTS punches and dies are made in four lengths, or 415, 300 and 200 mm one-piece lengths and 235 mm sectionalized length. Smaller weight allows for greater ease of handling. .Lineup of short tools allows rational section of tools to meet specific needs. .Safety clicks are adopted for simple tool changes (front installation and removal). .Quenched hardness is increased to HRC 45+2 Io substantially improve wear resistance, retain edge accuracy, and achieve at least three times longer life than that of our conventional punches and dies. .New type 2 allows bending to special shapes, such as hemming, offset bending and radius bending, and enables deep bending and bending of sheets up to 6 mm in thickness. 'Safety click is a registered trademark ol Wila B.V. Netherlands. .When you use a press brake, you must take hazard prevention measures that suit your forming job. @ 90' Punches MT.1O (e0') Surlace HRC544 1 000kN/m {10oton/m} iExcepi ear type 450kN/m {4sion/m} 20,f rt-rT / 140 t'i X9 \-90t \-+= ll "'"- | tZ___= liioo R/L Ear 1 0600A 1 0600D 1 0600c 1 0600F 1 0600G I t100 R1L Earl 102024 10202D 10202c 10202F 10202G 415 I 10602A 300 I 10602D 200 I 10602C 235 Sectionalrzedl 1 0602F Iroo R/r- Ear] 1o6o2c MT.l2 (e0") Sudace HRC5412 BO0kN/m {80ton/m} 'rExcept ear type 450kN/m {45lon/m} 415 122024 300 12202D 200 ,12202c Sectronalzed: 12202F r100 R/L Ear 12202G 126024 12602D 12602c 12602F 12602G ,ru, ]Mlt= I l,*,,r" tzl I f22 25 25R + 10 415 142004 300 L 14200D 200 I 14200c 100 R/L Earl 14200G MT.l4 (e0') bunace HRC54t2 200kN/m {20ion/m} H=90 100 R/L Ear 14600D 14600c 1 4600F 14600G MT.14 (e0") HRC54t2 200kN/m {20ton/m} L- ,oLJ I ,."] l* ,*,1 +P1 l 10 n61 I lr \]i lgoX?+' 0.2R I 415 142024 300 14202D 200 14202C 100 R/L Ear 142O2G 0.6R 415 14602A 300 14602D I 200 14602C 235SectronarTed 146O2F 100 R/L Ear 14602G MT.28 (e0') Surface HRC54t2 300kN/m {30ton/m} 5 gkg Tr--------------r . ^ #Fv-r---l .'"' zsll " I qrq ,.rI J'"''uo"'l .ouo Ltz ) A 29ko 10 - i.]41 )"r. I no'j 415 282004 3oo I zazooo 200 ,28200c Secl onal zed, 282OOF 100 R/L Ear: 28200G 415 28600A 300 28600D 200 28600c 235Sectonaized 28600F 100 R/L Ear 28600G 0.2R 415 H=170:o* 1-\n44 \l ,.|. J_l ,/ i90^t . L_ +ffi .. I I zs-il L I ,," l*, ,* I v2) 415 28207A 300 28207D 200 28207C i 235 Seclonalzedi 28207F 100 R/L Ear 282O7G o.6R 415 28607A 300 28607D 200 28607C 235Sectonaized 28607F i 100 R/L Ear 286O7G H=90 z--a+_ ffi] I I i,i. +i-l /_> 0.2R 415 302004 300 30200D 200 30200c '100 B/L Eari 30200G MT.3O (e0') Surface HRC54t2 500kNim l50ton/ml iExcept ear type 1 90kN/m {1glon/m} 0.6R 415 306004 300 I 30600D i 200 30600c 100 R/L Ear 30600G @ { } Reference only 'l Note the allowable tonnage. Unit:mm "All sectionalized size: 10, 15,20,40,50, 100 .Weight corresponds to length on opposite side. .Weight of ear type is sum of left and right halves 90" Punches MT-3O (s0") Surface HRC54d 500kN/m {5Oion/m} iExcept ear iype 190kN/m i 1gton/m} 'm. /,; o.2R I 41s go2o2\ 300 30202D i 2oo 1 3o2o2c i' 235Sectronalized 3O2O2F i: i'100 R/L Eari 30202G 0.6R 415 H=170 26ry ilir. +il /".\ 8.0kg 5.8k9 3.9k9 4.5kg 3.9kq 415 1 302074 300 I 30207D 200 I 30207C 1100 R/L Ear 30207G 0.6R1 415 130607A 300 I 30607D 2oo I 3o6o7c 'itoo R/L Earl 3o6o7c MT.4O (e0') Sudace HRC54r2 700kN/m {70ton/m} iExcept ear type 500kN/m {50ton/m} (5r' L I22 25 25R + 10 0.2R 415 40200A 300 40200D 200 40200c t*too R/L Earl 4o2ooc 415 i 406004 3oo I 4o6ooD 200 40600c i100 RiL Ear 40600G 0.2R 415 40202A I 300 40202D 2OO 4o2O2C *tooR/LEarl 4o2o2c .*l ;; l 300 ^40*60r2^D 200 40602c '100 RiL Ear 40602G MT.46 (e0') Surface HRC54t2 500kNlm {5oton/m} +Except ear type 350kN/m i35lon/m] 20# n;-t \) 11'|u ,i )$ 9 1kg Tr--------------- ^^ #1"\ F -l oo'n z.l-JT ooro tt 'TU!14 "'n 1i 4.4kq 0.2R I 415 462004 46200D 46200c 46200F 46200G MT.46 (e0') Surface HRC54t2 500kN/m {5otonlm} tExcept ear type 350kNim {35ton/m} H=120 13.3k9 S.6kg 6.4k9 / .5Kg 6.4ktJ 0.2R 41smm 300 20o 462024 46202D 46202c 46202F 100 R/L Ear 46202G 0.6R L1 tr, 300 200 235 SectLona ized 100 R/L Ear 466024 46602D 46602C 46602F 46602G { } Reference only i Note the allowable tonnage. Unit:mm .All sectionalized size: 10, 15,20,40,50, 100 .Weight corresponds to length on opposite side. .Weight of ear type is sum of left and right halves. @ 88' Punches MT.lO (88") Surface HRC544 1 000kN/m {1 00ton/m} tExcept ear type 450kN/m {45ton/m} H=90 26+ - n I loo I l',i. \J ,"x# {ud) 8.6k9 6 2kg 4 zkg 4.9k9 4 2kg *too R/L ear, 1 0280A 1 0280D 1 0280C 1 0280F 1 0280G 0.6R I 415 rloo R/L Ear 1 0680A 1 0680D 1 0680C 1 0680F 1 0680G 0.2R I 415 iioo R/L Earl 102824 10282D 10282C 10282F 10282G 1 06824 1 0682D 1 0682C 1 06B2F IllbbZLr # MT.l2 (BB") Surface HRC5412 B00kN/m {B0ton/m} i Except ear type 450kN/m {45ton/m} 415 122804 300 12280D 2AO 12280c Sectionaized 12280F 1100 R/L Ear 122BAG 415 I 12680A 300 I 12680D 2oo ilzoaoc Sectronarzedi 1268oF t100 R/L Ear .12680G ffi. "r$ 415 :122824 300 12282D 200 ,12282C Sectionalzedr 12282F '100 R/L Eari 12282G 415 ,126824 300 '12682D 200 ,12682C Sectionalized l26S2F '100 RIL Ear 12682G H=90 -- N;T t+ !i X- das;' *'15= ,."1 | ,*, ,u*,1 +>l MT.I4 (88") Sudace HRC54t2 200kNim {20ton/m} MT-14 (88') Surface HRC5412 200kN/m {20ton/m} 10.gkg r- tt i tFffi Tekq 22 ta 1 ,ol-l | '3hq tl 2581 jlear rvpe)l 6 2kg tH ^ 53ko 10 - 415 i 14282A 300 I 14282D 200 t 14282C Sectlonalizedi 14282F 100 R/L Eari 14282G 100 R/L Eari 146824 14682D 14682C 14682F 14682G MT.28 (88') Surface HRC54r2 300kN/m {30ton/m} ,'::m 1z-- H=90 zo-t--ttl4l )-r. l"J) 415 :282804 300 '28280D 200 28280C Seciotlalzed, 28280F R/L Ear 28280G 415 :28680A 300 ,28680D 200 ,2B6B0C Sectonal zed: 28680F 100 R/L Ear: 28680G 'fl. ,ii8 t_li z-k:-- -Y-E---t---l ,oll I ,.o l,*, ,*,1 L',=:::::= 10 415 :282824 300 2B2B2D 200 :2B2B2C Sectonalzed, 28282F 100 R/L Ear: 28282G 415 ,,286824 3OO .2B6B2D 200 :zB}BZC Seclonalzed: 2B6B2F 100 R/L Ear 28682G H=170 zo+ \111 JII 415 2B2B7A 300 " 28287D 200 28287C Sectonaizecll 28287F 100 R/L Ear 2B2B7G 0.6R 415 286874 300 28687D 200 28687C 1235 Sectonaized 28687F IUU l-1/L trar Z6Od l tr MT-3O (BB') Sudace HRC54r2 500kN/m {50ton/m} iExcept ear type 190kN/m {1 gtonlm} H=90 N,T I lr,[ )Ut;I 1,;> 5.7k9 4.lkg 2.1k9 3.2k9 2.7k9 415 302804 300 I 30280D 200 30280c '1oo RIL Ear 30280G 415 306804 300 30680D 200 I 30680C i100 RIL Earl 30680G { } Reference only J- Note the allowable tonnage. lJnit mm "All sectionalized size : 10 15 20. 40. 50. 100 .Weight corresponds to length on opposite side. .Weioht of ear tvoe is sum of left and riqht halves. @ 88' Punches MT.3O {88') Su rface HRC54t2 500kN/m {50lon/m} iExcept ear type 1 90kN/m {1 glonlm} 6 skg 4.5k9 3.0k9 3 5kg 3 Okg 0.2R 415 300 200 235 Sectionalized r100 R/L Ear 302824 30282D 30282C 30282F 0.6R 415 300 200 216 oniinnrlizpd 30682A 30682D 30682C 30682F 100 R/L Ear 30682G H=170 zo E.0kq 5 8kg 3.9k9 4.5kq 3.9k9 0.2R 415 300 200 235 Sectonaluec *100 RIL Ear 302874 30287D 30287C 30287F 30287G 0.6R 415 300 200 )ql qa.llnnrll 30687A 30687D 30687C 30687F 100 R/L Ear 30687G MT.4O (BB') Surface HRC54r2 700kN/m {70ton/m} iExcept ear type 500kN/m {50ton/m} I 6kq 6 gkg 4.6k9 5 4kq 4 6kq 0,2R I 415 , 300 200 235 Seclional zed l(]ll H/L tar 40280A 40280D 40280C 40280F 40280G 0.6R 415 300 200 235 Sectionalrzed '1l]t) R/L Ear 40680A 40680D 40680c 40680F 40680G H=1 20 -- l1El. \IJ {si) I 3 EkLl l0 0k! 6 7k!l 7 8kg 6 7kq 25R + 10 0.2R 415 I 40282A 300 ) +OZAZO l 2OO :40282C . 235 Sectionaizedr 4O282F '100 R/L Eari 40282G 0.6R 415 ,406824 300 ,40682D 200 '40682c : 235Sectionaized: 40682F '100 R/L Ear. 40682G MT.46 (BB") Slrdace HRC5412 500kN/m {50ton/m} 'iExcept ear type 350kN/m l35ton/m1 H=90 I lkg 6.6k9 4 4kg s.1 kg 4 4k9 0.2R 415 300 200 2J5 Sect 0na rzeo 't{)t) n/L Ear 46280A 46280D 46280C 46280F 46280G 0.6R 415 300 200 235 Sectionalized i]00 R/L Ear 466B0A 46680D 46680c 46680F 46680G r{it*$!i**i*ilt*s:idri'i il MT.46 (BB') Surface HRC54t2 500kN/m {50ton/m} .f Except ear type 350kN/m {35ton/m} 415mm 300 200 235 SecUonalized t100 R/L Ear 415 300 200 Seclronaized '1oo RIL Ear { } Reference only 'i Note the allowable tonnage. Unit:mm *All sectionalized size: 10, 15,20,40,50, 100 30" Punches -Weight corresponds to length on opposite side. -Weight of ear type is sum of left and right halves MT.36 (30") Surface HRC54t2 500kN/m {50ton/m} tExcept ear tvpe 1 90kN/m l1gton/m) :o'/\ 36230A 36230D 36230C 36230F 36230G ir100 R/L Ear 36630D 36630c 36630F 36630G 301\ 0.2R i 415 362324 36232D 50zJzv 36232F 36232G ''100 H/L Ear 366324 36632D 36632C 36632F 36632G H=170 zo+ 362374 36237D 36237C 36237F 36237G JOOJ / A 36637D JCTCTJ / U 36637F 36637G @ MT.604 (90" v=4) S u rface HRC54r2 400kN/m {4Oton/m} 415 I 60408E 300 I 60408D 200 I 60408c MT-605 (e0". v=5) Sudace HRC54t2 500kN/m {50ton/m} .$ ill zo -1. 'l 415 300 200 Sect ona ized 60508E 60508D 60508C 60508F MT.606 (90", v=6) Surlace HRC54+2 550kN/m {5ston/m} MT.607 (90" v-7) Surface HRC54+2 600kN/m {60ton/m} 1J- 7 .," ll;l ,.+l ,]" ill ' zo *'l 60708E 60708D 60708c 60708F MT.608 (90', v=8) Surface HRC54+2 650kN/m {65ton/m} 1 415 300 200 Seclionalized 6OBOBE 60808D 6OBOBC 60808F MT.6t O (90', v=1 0) Sudace HRC54l2 900kN/m {90ton/m} 415 I 61008E 300 i 61008D 200 61008c 90" 1V DieS (Smaushoulderradius) 3 I @ { } Reference only Unit: mm MT.6t 2 (90" v=12) HRC54+2 1 000kN/m {1 o0ton/m} .ffi12 ,i\a r o.u* | l"o ', oton " +l ']u 4eks ,tt I :,.; I tl I zo --,].-''] ffi l,',,,= 200 I 61208C MT.614 (90 , v=14) Surface HRC54t2 1 000kN/m {1 Ooton/m} -trra ,J\a l oue I lon 6ekq ,. .1. I 5orq _t I I rT6 | 33rq il I J lors lLJ zo# 415 300 200 Sectionalized 61 40BE 61 40BD 61 40BC 61 40BF MT.6r 5 (e0', v=16) Surface HRC54+2 1000kN/m {1 0oton/m} +ffi16 .., 1ll"'l1u;l ItJ)t 20 ]* ,] 6 1 608E 61 608D 61 608C 61 60BF MT.618 (90', v=1 B) Sudace HRC54+2 1 000kN/m {1 ooton/m} H-80 "*ffi,u 1oRMI l Torq l"] 5?fq I I ,lu 3'fq ;l J 4,'.q lll l 20# 61 808E 61 80BD 61 808C 61 808F MT.620 (90", v=20) Surface HRC54+2 1 000kN/m {1 ooton/m} 2s -#1Hl- 20 415 I 62008E 300 62008D 200 I 62008C MT.625 (e0" v=25) Sudace HRC54t2 1 000kN/m {1 00ton/m} H=80 30- --l -L, #25 J* L-J 201. '] 415 I 62508E 300 i 62508D 200 I 62508C -All sectionalized size: 10, 15,20,40,50, 100 -Weight corresponds to length on opposite side. 90' 1U DieS (Larseshoutderradius) €:====:=i::1::+:=:::=:=:=j=:::::===::::=: .:i=:.€i:=:=i-.::=:.:=*+ia::::l MT.7o,4 9C . V=41 Surface HRC54+2 400kN/m {4oton/m} H=80 5.9kg 4.3k9 2.8k9 s.3kg L1 E, 300 200 235 Sectionalized 70408E 70408D 70408C 70408F MT.705 (90', v=5) Surlace HRC54+2 500kN/m {50ton/m} H=80 6.0k9 1.3k9 2.9k9 3.4kq 415 300 200 135 Sectiona ized 70508E 70508D 70508c 70508F MT-706 (90", v=6) Sudace HRC54+2 550kN/m {55ton/m} H=80 6.1 k0 4.4k9 2.9kg 3.4k9 4t5 300 200 )'l( Qonlinnallror 70608E 70608D 70608C 70608F MT-707 (90', v=7) Surface HRC54+2 600kN/m {6Oton'm} H=80 i+7 ,.Tql i5R I leo ,.+l ,]. ttltlI I 2A 4. 6.2kg 4.5k9 3.0k9 3.5kq 415 300 200 135 Sect ona rz ed 70708E 70708D 70708c 70708F MT.70g H=80 Sudac€ HRC54=2 650kN/m I {65ton/m} I 415 70808E 300 70B0BD 200 70808c Sa::':::: 70808F 415 300 200 235 Sect ona ized 71008E 7'1008D { } Reference only Unit: mm MT-712 {90', v=1 2) Suriace HRC54t2 1 000kNlm {1 00ton/m} H=80 -ffi12 J\/aT ,." I'1". 67rq .. *L I 4ekq -l I 116 3zrq :r I I :arq . LJ. 415 300 200 r16 Spclionrlirod 71208E 71208D 71208C 71208F MT-714 (e0" v=1 4) Su rface HRC54r2 1 000kN/m {1 ooton/m} H=80 l(! 5R 5 415 7140AE 300 71408D 200 71408C 235Secirona zed 71408F MT.7r 6 (90" v=16) Suface HRC54+2 1000kN/m {1 0Oton/m} H=80 i.2ig 5.2k9 3.5k9 4.1 kg 20- 415 300 200 235 Secilonaltzed 71 608E 71608D 71608C 71 608F MT.718 (90', v=1 8) Surface HRC5412 1 000kN/m {1 00ton/m} H=80 .lr-+l''t 7 gkg 5 7kg 3.Ekg T_ 4 4kg 40 _r_[J zo4 415 300 200 135 Sectiona ized 71 BOBE 71 BOBD 71 BOBC 71 808F MT-720 (e0" v=20) Surlace HRC54+2 1 000kN/m {1 ooton/m} H=80 8.3k9 6 okg 4.0kE 4.f kg 2A + 415 300 200 72008E 72008D 72008C 72008F MT.725 L"q0 V=25) Surface HRC54t2 1 000kN/m {1 0Oton/m} H=80 so -l l+ #':5 3.08 9.3k9 6 7kq 4.5k9 5 3kg TI 40 I 20H 415 300 200 )16 Qpnllnnrl zor 72508E 72508D 72508c 72508F @ 71 00Bc 71 00BF MT.7l O (90", v=r 0) Sudace HRC54+2 900kN/m {90ton/m} ,fr10 ,,, lxl;l b.rq "+l ,]. 47'[q rl I :;:, r_u t 20 -+- 'l 50, 100 .Weight corresponds to length on opposite side. MT.604 (88", v=4) Surface HRC54*2 400kNlm {40ton/m} -tl*- 4 ,''ltrl "ri-lL lI" 'l' ] LJ t 20-H 415 60488E 300 60488D 200 I 604BBC Seciionallzed 604BBF MT.605 (88", v=5) Sudace HRC54t2 500kN/m {50ton/m} 1l'-5 ,,'lQ l o4F I luu i borq ,,+l ,]. 43rq LlI tuI ,;:: 20--1. ,] 415 60588E 300 i 60588D 200 I 605BBC MT.606 i88" v=6) Surface HRC54=2 550kN/m {55ton/m} T[-jo 48 lJr.' 6 rks ,+l ,]. 44ks r[| ] "un Lll l 34rq zoH 415 I 60688E 300 60688D 200 I 60688c 235Seclionalzed 60688F MT.607 (88", V=7) Sudace HRC54t2 600kNim {60ion/m} -.11 7 .,- ll;l ,,+l ,]. rt I illL 20H MT.608 (88", v=8) Sllnace HRC54t2 650kN/m {65ton/m} ,t++a8-T 'll 63[n '.'- Il"" ou*n rl I 'lu 3ohq ;' I i .uun ru__ r zoH 415 I 60BB8E 300 I 60888D 200 60888C MT.6t O (88", V=1 0) Surface HRC5412 900kN/m {90ton/m} -|]+10 ,ti-T ;:+l-,1" ,i'l Ll_l l ':": zo -# 415 61088E 300 61088D 200 61088C =€=*=+=:+ ::*ari*E+i*d: +*sle.#{$S$ti :., ] ;*#;*il,ss;&rjs&*drki*s$;:4H*a;s,s:*,;;"*,mwa!xs"*ia;;*, 88' 1V DieS (smalshoutderradius) @ { } Reference only Unit:mm MT.6t 2 (88', V=12) Surface HRC54t2 1000kNim {1ooton/m} H=80 tl._12 ml 67'a o.BF I I ss. I I 4eko 'ufl ,iu T-f I i 32ks ur I I I 3sko IUL zoH 415 300 200 61 2BBE 61 28BD 6 1 2BBC 61 2BBF MT-614 (88', v=14) Sudace HRC54t2 1 000kN/m {1 0oton/m} -ffi14 ,li I oan I J." ,,.J.1 ! I ir6 tilut _-l 2oH 415 I 614BBE 300 I 61488D 200 I 614BBC 235 Seclionallzed 61488F MT.6r 6 (8S" V=1 6) Sudace HRC54t2 1 000kNim {1 ooton/m} _.r*16 "- Itl* T lIll,lu t( Ui zo# 61 688E 61 688D 616BBC 61 688F MT-618 (BB', V=18) Sudace HRC54t2 1 000kN/m {1 00ton/m} 2i -# 1H!r8 Jtv' T ,," I 1., .::, I I ']u 38r.q il_l__l 44 q 2oH 415 ] 61BBBE 300 r 61888D 200 61888C MT.620 (88" V=20) Surface HRC54t2 1 000kN/m i10oton/m) 415 62088E 300 620BBD 200 62088C MT.625 (88", V=25) Sudace HRC54t2 1 000kNim {100ton/m} 20H 415 62588E 300 62588D 200 62588C .All sectionalized size : 10, 15, 20, 40, 50, 100 .Weight corresponds to length on opposite side. MT.704 (BB', V=4) Surface HRC54+2 400kN/m {40ton/m} .lF4 '." ltl* I sqrs '+l ,]. +3ks rt I .,:: tll l zo ]* .l 415 I 70488E 300 I 70488D 200 70488c 235Seclronalzed 7O48BF MT.705 (BB', V=5) Sudace HRC54+2 500kN/m {50ton/m} i* 5 ,.,ti]-T roF I lee borq .. ,l.l 43kq --l I 'lu 2qkq ;, I i .n,u ILJ I 20]. -] 415 70588E 300 70588D 200 70588c MT.706 (88", V=6) Suface HRC54+2 550kN/m {55ton/m} -.1+ 6 ,,, ll;T 6lks ,+l ,]" 44ks ri I I .;:; Iur zoH MT.7o7 (BB', V=7) Surface HRC54t2 6O0kN/m {60ton/m} _,11- 7 ,,- ll;l ,,+l ,]" ill ' 2o-# 415 70788E 300 I 70788D 2oo I 7j7BBC MT.708 (88", V=S) HRC54r2 650kN/m {6ston/m} ;r l 'j' 1 5 415 ] TOBBBE 300 I 70888D 2O0 I 7oBBBC MT.710 (88" v=1 0) Sudace HRC54r2 900kN/m {90ton/m} .|f-10 ,,,,- +l:l* l,]. ilI l lur zo --# 415 71088E 300 71088D 200 71OBBC 88" 1V DieS (Largeshoulderradius) { } Reference only Unit: mm @ MT.7t2 (88',, v=1 2) HRCs4r2 1000kN/m i100ton/m} ;# zo --1._! 415 712888 300 712BBD 200 )71288c MT-714 (88", v=1 4) Sudace HRC54r2 1 000kN/m {1 00ton/m} .ffi14 ,,- r;l bekq "+l ,]u sorq ft | 33hq Itl l 3qrs 2oH 415 ) 714BBE 300 I 71488D 2OO I 714BBC 235 Sectonaized 71488F MT.716 (e8', v=16) iunace HRC54+2 1 000kN/m {1 Ooton/m} _.1 l+16 "" Itl* T ll,lu ll Lt I zoH 71 688E 71 68BD 716BBC 71 688F MT.7t 8 (88", V=1 B) Surface HRC54+2 1 000kN/m f1 ooton/mi H=80 23-lL #18 l(ll Tska 'zsF I l* !7r'q I I 'iu i.ks fl i o.n" ilJ1 zo --H 415 71BBBE 300 71888D 2OO 71BBBC MT-720, (88" V=20) Surface HRC54+2 1 000kN/m {1 0oton/m} T 415 I 72088E 300 I 72088D 200 172088c MT.725 (88', V=25) Sudace HRC54+2 1 000kN/m {1 ooton/m} H=80 #25 IL-J 415 I 72588E 300 I 72588D 200 I 72588C -AIl sectionalized size : 10. 15, 20, 40. 50, 100 -Weight corresponds to length on opposite side. Tool clearance by machine model .Upper : HDS5020. 8025. 1303 (Lower : HDSl703 . 2203 . 2204) HDS-NT series ON Oo0 il c .9) o s coo O lloo lN ') ;9Oo i^r u)| PO CN or .9r- .> qo our !5 eil \_Eflectiv€ptrneh, iectrve dre heio-hi-:-iqlght' _..,,E0.i. 1? .i: ,::,i,::r ,;:,:.80 :r,.t;t,, ,r ;r::l iu:..:i:: :t,!:::r :: :,:r r,: tbb 136 86 (1 86) '156) (1 06) MT!506 (30", v=6) Surface HRC54*2 180kNlm {18ton/m} -+1*-6 #Fr LLJ ] zo-# MT.508 (30", v=8) -+F8 ,." l{l 6'rs ,ll*'] +e*a fl I 'i' :::: illl 20H MT.slO {30", V=10} Sudace HRC54*2 260kN/m {26tonlml -'rFto -fl1 2o -# FBDIII-NTseries ON + oN il co '6 s go o o @ { } Reference only Unit: mm -All sectionalized size : 10, 15, 20, 40, 50, 100 -Weight corresponds to length on opposite side. HOW IO READ THE PRESSURE CHARI lf the material thickness and inner bending radius are known, the following can be obtained from the chart below : (1) Pressure required for bending the material of 1 meter. (2) Opening of the die to be used. (3) Minimum bendable length. b< ir :25. : 32. 40 . 50., 63.,. 80:. 100, .125..:160 .200 17..5 ?2. 28 35 45 55 71 . 8g: 113 140 4 5 6.5 8 10 13 16 20 26 33 1SO.: '1OS,.,:i860 t fi !61.: .,:tld5)': :::iri6.iri: ilm:i .'ltm:i:. r10b0 : ' j{s}.. llI35} :.'{inbll: '$&0i:: 'iit€oli.-l1 €0d: Ehl:' :i1&i 1ifto:l 'l?.it.].,:.1t9.}: :94{Sl :rl{p40f 't2. .14 ' ,16 9.5': 19 11 2 2.3 2.6 6 4 1 V .4. f 2,8 o.7 o-s ,,$ 60 0.8 1.0 1,2 1.4 1.6. 2.0 2.6 3.0 3.2 3.5 4.O 4.s 5.U 6 1o 12 16 19 22 25 30 7 8 10 t.0 5,5 7 1.1 1.3 1.6 {41i.'': {S}:li 18. 2q 13 14 3 3.3 2gq 175 41 ,40 t?0 lm s 70 60 l1o, ,Dl {,0_l d) (71 t6} i ;is::: irgoi. :1*o :r i:r!4!o l :..rgot;i. :: &r trqt i,JI tr) rrq, ,el {Bl rl:170::._j$ ,. ;1$..1 IfiA.':'l lS:. 1S :: i,r i'5' tr3 i ] {ioJ {e .:? ?Q:,r: :'it90;r -'t7o-i: :.15!:j ;ggn,,jtp:r {PP}.::, :.:{rqf : :1,i1?il :ir :r:{15}: i i,.ru3}: : i:.11{ ):r: I N/aterial thickness (mm) (tensile strength ; 450-500N/mm,) F Pressure per 1 meter (kN/m{tonf/m}) . { }Reterence only If lrner bendinq radius (mm) b Minimum flange length (mm) ::ffi:,rffi;l:1r 1r',,....i.S1,-,t€i vDieopening(mm) BA 2fi 20 180 tb trt trl t q u'4"0l | 3{, ilrso:: :i:4qrr ;!!tir:; i:; l$:ii: {34r (si t"!r t!9r r':j t i3@:: tijem-'. :irir:. r:t:i.70:itt::1d9,. ,rjr4] : .,:iei.r.: ;j*?i.: it:iiii ,,r:r:jil1r:: 330 ebo gw '60 r10 lsj .%l &t 'i6] {l3i a! g0 21o ?10 17o (4) 14\ .2t n1l 11) :4s6 .. !Ad6::i; J:7O:ir ;! zJQ :il rlliA$:r : i{#}ii ,ri{l?.}.lir i''leltril 420 330 l!0 ?10 ilt ;; ?40 {a8} l*i Isol 124t ':r5& l.: +JS:; i:iso:r:::60rir ;,1.{5€1il r:f#}: ill{331,i' idgii}; l fra @ 4J0 {67 tr4l {431 E5! . 670 s30 €A tsi t67J f5!1 i42l s0 780 ffi 500. lsr {*) isol {5or l Material Thickness and V-width The distance across the die opening is known as the V-width. The proper V-width should be selected according to the malerial thickness in as much as good bending is impossible at an arbitrary V-width. Table below shows the relationship between material thickness and V-width in bottoming. This table shows the optimum standards, but in reality the relationship is determined by flange length, product inner R, and mechanical capacity. Relationship of Material Thickness (t) and V-Width Material Thickness (t) mm 0.5 - 2.6 3.0-8 9-10 12 or more V-width mm 6xt 8xt 10 x t 12xl AMADA CO., LTD. 200, lshida, lsehara-shi, Kanaqawa 259-1196 JAPAN Phone:81-463-96-3353 Fax:81 -463-96-3228 http://wwwamada.co.lplamc/ . AIdADA used recycled paper for the production of this catalog FNA-ili4{rsl Printed in Japan Al\4ADA head office is certified and registered of 1SO14001 Sep 2009