Bancos de dados de materiais para AutoForm Forming

Biblioteca de materiais específica do fabricante

A AutoForm oferece os seguintes bancos de dados de materiais de marca comercial em colaboração com os principais fornecedores de material:

Bancos de dados de materiais para AutoForm Forming: Aperam

O banco de dados de materiais Aperam contém:

  • Stainless_Steels

Os arquivos de materiais estão disponíveis em formato mtb binário e prontos para executar. Faça o download do arquivo compactado e importe o diretório “Aperam” inteiro no diretório “BrandName_MDB”, devendo o mesmo estar posicionado no mesmo nível de “Europe”, “Japan” ou “USA”.

Aperam [ZIP – 10 KB]
Atualização de janeiro de 2017

  • 304D
  • 316L
  • DX2304
  • K09
  • K30
  • K39M
  • K41
  • K45

Bancos de dados de materiais para AutoForm Forming: ArcelorMittal

O banco de dados de materiais ArcelorMittal contém:

  • Steels_for_Cold_Forming
  • Steels_Conventional_HSS
  • Steels_Advanced_HSS

Os arquivos de materiais estão disponíveis em formato mtb binário e prontos para executar. Faça o download do arquivo compactado e importe o diretório “ArcelorMittal” inteiro no diretório “BrandName_MDB”, devendo o mesmo estar posicionado no mesmo nível de “Europe”, “Japan” ou “USA”.

ArcelorMittal [ZIP – 22 KB]
Atualização de janeiro de 2017

  • ArcelorMittal_13
  • ArcelorMittal_54
  • IF_260
  • HSLA_300
  • HSLA_340
  • HSLA_360_HR
  • FB_450
  • FB_560
  • Dual_Phase_450
  • Dual_Phase_600
  • Dual_Phase_600_HR
  • Dual_Phase_780
  • Dual_Phase_980_HY
  • TRIP_590
  • TRIP_780
  • Multiphase_1000

Bancos de dados de materiais para AutoForm Forming: Baosteel

O banco de dados de materiais Baosteel contém:

  • Steels_for_Cold_Forming
  • Steels_Conventional_HSS
  • Steels_Advanced_HSS

Os arquivos de materiais estão disponíveis em formato mtb binário e prontos para executar. Faça o download do arquivo compactado e importe o diretório “Baosteel” inteiro no diretório “BrandName_MDB”, devendo o mesmo estar posicionado no mesmo nível de “Europe”, “Japan” ou “USA”.

Baosteel [ZIP – 367 KB]
Atualização de abril de 2018

  • BLC_0.5-1.0
  • BLC_1.0-1.5
  • BLC_1.5-2.0
  • BLD_0.5-1.0
  • BLD_1.0-1.5
  • BLD_1.5-2.0
  • BSUFD_0.5-1.0
  • BSUFD_1.0-1.5
  • BUFD_0.5-1.0
  • BUFD_1.0-1.5
  • BUFD_1.5-2.0
  • BUSD_0.5-1.0
  • BUSD_1.0-1.5
  • BUSD_1.5-2.0
  • DC01_0.5-1.0
  • DC01_1.0-1.5
  • DC01_1.5-2.0
  • DC01E-Z_0.5-1.0
  • DC01E-Z_1.0-1.5
  • DC01E-Z_1.5-2.0
  • DC03_0.5-1.0
  • DC03_1.0-1.5
  • DC03_1.5-2.0
  • DC03E-Z_0.5-1.0
  • DC03E-Z_1.0-1.5
  • DC03E-Z_1.5-2.0
  • DC04_0.5-1.0
  • DC04_1.0-1.5
  • DC04_1.5-2.0
  • DC04E-Z_0.5-1.0
  • DC04E-Z_1.0-1.5
  • DC04E-Z_1.5-2.0
  • DC05_0.5-1.0
  • DC05_1.0-1.5
  • DC05_1.5-2.0
  • DC05E-Z_0.5-1.0
  • DC06_0.5-1.0
  • DC06_1.0-1.5
  • DC06_1.5-2.0
  • DC06E-Z_0.5-1.0
  • DC07_0.7-1.0
  • DC07_1.0-1.5
  • DC07E-Z_0.6-0.8
  • DC51D-Z_0.5-1.0
  • DC51D-Z_1.0-1.5
  • DC51D-Z_1.5-2.0
  • DC52D-Z_0.5-1.0
  • DC52D-Z_1.0-1.5
  • DC52D-Z_1.5-2.0
  • DC53D-Z_0.5-1.0
  • DC53D-Z_1.0-1.5
  • DC53D-Z_1.5-2.0
  • DC54D-Z_0.5-1.0
  • DC54D-Z_1.0-1.5
  • DC54D-Z_1.5-2.0
  • DC56D-Z_0.5-1.0
  • DC56D-Z_1.0-1.5
  • DC56D-Z_1.5-2.0
  • DC57D-Z_0.5-1.0
  • DC57D-Z_1.0-1.5
  • B140H1_0.5-1.0
  • B170P1_0.5-1.0
  • B170P1_1.0-1.5
  • B170P1_1.5-2.0
  • B180H1_0.5-1.0
  • B180H1_1.0-1.5
  • B180H2_0.5-1.0
  • B180H2_1.0-1.5
  • B180H2_1.5-2.0
  • B210P1_0.5-1.0
  • B210P1_1.0-1.5
  • B210P1_1.5-2.0
  • B240ZK_0.6-1.0
  • B240ZK_1.0-1.5
  • B240ZK_1.5-2.0
  • B250P1_0.5-1.0
  • B250P1_0.7-1.0
  • B250P1_1.0-1.5
  • B250P1_1.5-2.0
  • B280VK_0.6-1.0
  • B280VK_1.0-1.5
  • B280VK_1.5-2.0
  • HC180BD-Z_0.5-1.0
  • HC180Y_0.5-1.0
  • HC180YD-Z_0.5-1.0
  • HC180YD-Z_1.0-1.5
  • HC220BD-Z_0.5-1.0
  • HC220BD-Z_1.0-1.5
  • HC220Y_0.5-1.0
  • HC220Y_1.0-1.5
  • HC220Y_1.5-2.0
  • HC220YD-Z_0.5-1.0
  • HC220YD-Z_1.0-1.5
  • HC220YD-Z_1.5-2.0
  • HC260LA_0.5-1.0
  • HC260LA_1.0-1.5
  • HC260LA_1.5-2.0
  • HC260LAD-Z_0.5-1.0
  • HC260LAD-Z_1.0-1.5
  • HC260LAD-Z_1.5-2.0
  • HC260Y_0.5-1.0
  • HC260Y_1.0-1.5
  • HC260Y_1.5-2.0
  • HC260YD-Z_0.5-1.0
  • HC260YD-Z_1.0-1.5
  • HC260YD-Z_1.5-2.0
  • HC300LA_0.5-1.0
  • HC300LA_1.0-1.5
  • HC300LA_1.5-2.0
  • HC300LAD-Z_0.5-1.0
  • HC300LAD-Z_1.0-1.5
  • HC300LAD-Z_1.5-2.0
  • HC340LA_0.5-1.0
  • HC340LA_1.0-1.5
  • HC340LA_1.5-2.0
  • HC340LAD-Z_0.5-1.0
  • HC340LAD-Z_1.0-1.5
  • HC340LAD-Z_1.5-2.0
  • HC380LA_0.5-1.0
  • HC380LA_1.0-1.5
  • HC380LA_1.5-2.0
  • HC380LAD-Z_1.0-1.5
  • HC380LAD-Z_1.5-2.0
  • HC420LA_0.5-1.0
  • HC420LA_1.0-1.5
  • HC420LA_1.5-2.0
  • HC420LAD-Z_0.5-1.0
  • HC420LAD-Z_1.0-1.5
  • HC420LAD-Z_1.5-2.0
  • St37-2G_0.6-1.0
  • St37-2G_1.0-1.5
  • St37-2G_1.5-2.0
  • HC250-450DP_0.7-1.0
  • HC250-450DP_1.0-1.5
  • HC250-450DP_1.5-2.0
  • HC250-450DPD-Z_0.7-1.0
  • HC250-450DPD-Z_1.0-1.5
  • HC250-450DPD-Z_1.5-2.0
  • HC290-490DP_1.0-1.5
  • HC290-490DP_1.5-2.0
  • HC300-500DPD-Z_1.0-1.5
  • HC300-500DPD-Z_1.5-2.0
  • HC340-590DP_0.7-1.0
  • HC340-590DP_1.0-1.5
  • HC340-590DP_1.5-2.0
  • HC340-590DPD-Z_0.7-1.0
  • HC340-590DPD-Z_1.0-1.5
  • HC340-590DPD-Z_1.5-2.0
  • HC380-590TR_0.7-1.0
  • HC380-590TR_1.0-1.5
  • HC380-590TR_1.5-2.0
  • HC400-690TRD-Z_1.0-1.5
  • HC400-690TRD-Z_1.5-2.0
  • HC420-780DP_0.7-1.0
  • HC420-780DP_1.0-1.5
  • HC420-780DP_1.5-2.0
  • HC420-780DPD-Z_0.7-1.0
  • HC420-780DPD-Z_1.0-1.5
  • HC420-780DPD-Z_1.5-2.0
  • HC420-780TR_1.0-1.5
  • HC420-780TR_1.5-2.0
  • HC500-780DP_1.0-1.5
  • HC500-780DP_1.5-2.0
  • HC550-980DP_1.0-1.5
  • HC550-980DP_1.5-2.0
  • HC550-980DPD-Z_1.0-1.5
  • HC550-980DPD-Z_1.5-2.0
  • HC600-980QP_1.0-1.5
  • HC600-980QP_1.5-2.0
  • HC600-980QP-EL_1.0-1.5
  • HC600-980QP-EL_1.5-2.0
  • HC650-980DP_1.0-1.5
  • HC650-980DP_1.5-2.0
  • HC650-980DP-Z_1.5-2.0
  • HC780-980CP_1.0-1.5
  • HC780-980CP_1.5-2.0
  • HC820-1180DP_1.0-1.5
  • HC820-1180DP_1.5-2.0
  • HC820-1180QP_1.0-1.5
  • HC820-1180QP-EL_1.0-1.5
  • HC950-1180MS_1.0-1.5
  • HC950-1180MS_1.5-2.0

Bancos de dados de materiais para AutoForm Forming: Bilstein

O banco de dados de materiais Bilstein contém:

  • Steels_for_Cold_Forming
  • Steels_Conventional_HSS
  • Case_Hardened_Steels
  • Tempered_Steels

Os arquivos de materiais estão disponíveis em formato mtb binário e prontos para executar. Faça o download do arquivo compactado e importe o diretório “Bilstein” inteiro no diretório “BrandName_MDB”, devendo o mesmo estar posicionado no mesmo nível de “Europe”, “Japan” ou “USA”.

Bilstein [ZIP – 22 KB]
Atualização de outubro de 2018

  • DC04-EaringReduced_2.0
  • DC04_1.0
  • HC300LA-EaringReduced_2.0
  • HC300LA_2.0
  • HC420LA_2.0
  • ZE500_2.0
  • ZE600_1.1
  • ZE600_2.0
  • ZE800_1.7
  • ZE1000_1.0
  • 16MnCr5-ExtraSoft_2.5

Bancos de dados de materiais para AutoForm Forming: Borçelik

O banco de dados de materiais Borçelik contém:

  • Steels_for_Cold_Forming
  • Steels_Conventional_HSS
  • Steels_Advanced_HSS

Os arquivos de materiais estão disponíveis em formato mtb binário e prontos para executar. Faça o download do arquivo compactado e importe o diretório “Borcelik” inteiro no diretório “BrandName_MDB”, devendo o mesmo estar posicionado no mesmo nível de “Europe”, “Japan” ou “USA”.

Borcelik [ZIP – 23 KB]
Atualização de junho de 2019

  • DX51D+Z_Vegter
  • DX52D+Z_Vegter
  • DX53D+Z
  • DX54D+Z_Vegter
  • DX56D+Z
  • HX300LAD+Z_Vegter
  • HX340LAD+Z_Vegter
  • HX380LAD+Z
  • HX420LAD+Z_Vegter
  • S355MC
  • DP590_Vegter
  • DP780_Vegter

Bancos de dados de materiais para AutoForm Forming: Erdemir

O banco de dados de materiais Erdemir contém:

  • Steels_for_Cold_Forming
  • Steels_Conventional_HSS
  • Steels_Advanced_HSS

Os arquivos de materiais estão disponíveis em formato mtb binário e prontos para executar. Faça o download do arquivo compactado e importe o diretório “Erdemir” inteiro no diretório “BrandName_MDB”, devendo o mesmo estar posicionado no mesmo nível de “Europe”, “Japan” ou “USA”.

Erdemir [ZIP – 127 KB]
Atualização de outubro de 2018

  • DC04ED_7514_0.50
  • DC04ED_7514_0.70
  • DC04EK_7513_0.50
  • DC04EK_7513_0.70
  • DC04_7114_0.70
  • DC04_7114_0.90
  • DC04_7114_1.20
  • DC05EK_0.50
  • DC05EK_0.70
  • DC06ED_7516_0.50
  • DC06ED_7516_0.80
  • DD13_6224
  • DX52D+Z_1312_0.50
  • DX52D+Z_1312_0.97
  • DX52D+Z_1312_1.50
  • DX54+Z_311
  • DX54+Z_320
  • DX54+Z_324_0.6-0.8
  • DX54D+Z_1314_0.60-0.90
  • DX54D+Z_1314_0.90-1.20
  • DX54D+Z_1314_1.50-1.80
  • DX54D+Z_324_0.8-1.2
  • DX54D+Z_326_0.6-1.00
  • DX54D+Z_326_1.00-1.40
  • DX56D+Z_1315_0.60-1.00
  • DX56D+Z_321_0.70-0.85
  • DX56D+Z_323_0.80-1.00
  • DX56D+Z_327_0.65-0.90
  • DX56D+Z_327_0.90-1.20
  • DX56D+Z_328_0.70-0.80
  • HX180BD+Z_1118
  • HX220BD+Z_380
  • HX220BD+Z_381
  • HX260BD+Z_1126
  • HX260BD+Z_382
  • HX260LAD+Z_1626
  • HX300LAD+Z_1630_1.00-1.40
  • HX300LAD+Z_1630_1.40-1.70
  • HX300LAD+Z_1630_1.70-2.00
  • HX300LAD+Z_331_1.00-1.40
  • HX300LAD+Z_331_1.40-1.60
  • HX300LAD+Z_331_1.60-2.00
  • HX300LAD+Z_360
  • HX340LAD+Z_1634_1.50-1.80
  • HX340LAD+Z_1634_1.80-2.00
  • HX340LAD+Z_366
  • HX380LAD+Z_1638_0.60-1.00
  • HX380LAD+Z_1638_1.40-1.80
  • HX380LAD+Z_1638_1.80-2.00
  • HX380LAD+Z_368_0.80-1.20
  • HX380LAD+Z_368_1.20-1.60
  • HX380LAD+Z_368_1.60-2.00
  • HX380LAD+Z_372
  • HX420LAD+Z_1642_1.00-1.40
  • HX420LAD+Z_1642_1.40-1.70
  • HX420LAD+Z_1642_1.70-2.00
  • HX420LAD+Z_369_1.20-1.50
  • HX420LAD+Z_369_1.60-2.00
  • S355MC_4936
  • S550MC_4955
  • S600MC_4960
  • HCT450X+Z_391_1.59
  • HCT590X+Z_1660_0.8-1.20
  • HCT590X+Z_1660_1.20-1.60
  • HCT590X+Z_1660_1.60-2.00
  • HCT590X+Z_390_1.00-1.40
  • HCT590X+Z_390_1.40-1.80
  • HCT590X+Z_390_1.80-2.00
  • HCT780X+Z_0.70
  • HCT780X+Z_1.20

Bancos de dados de materiais para AutoForm Forming: MMK

O banco de dados de materiais MMK contém:

  • Steels_for_Cold_Forming
  • Steels_Advanced_HSS

Os arquivos de materiais estão disponíveis em formato mtb binário e prontos para executar. Faça o download do arquivo compactado e importe o diretório “MMK” inteiro no diretório “BrandName_MDB”, devendo o mesmo estar posicionado no mesmo nível de “Europe”, “Japan” ou “USA”.

MMK [ZIP – 2.52 MB]
Atualização de fevereiro de 2018

  • MMK_A365_A1_0.70
  • MMK_DC01_1.15
  • MMK_DC04_0.65
  • MMK_DC04_0.70
  • MMK_DC04_0.90
  • MMK_DC04_0.95
  • MMK_DC04_1.25
  • MMK_DC04_1.50
  • MMK_DX52D_1.85
  • MMK_DX54D_0.60
  • MMK_DX54D_0.65
  • MMK_DX54D_0.70
  • MMK_DX54D_0.75
  • MMK_DX54D_0.80
  • MMK_DX54D_0.88
  • MMK_DX54D_1.20
  • MMK_DX54D_1.25
  • MMK_DX54D_1.50
  • MMK_DX56D_0.65
  • MMK_DX56D_0.75
  • MMK_DX56D_0.80
  • MMK_DX56D_0.85
  • MMK_DX56D_1.20
  • MMK_DX57D_0.70
  • MMK_DX57D_0.75
  • MMK_HC260LA_1.25
  • MMK_HC300LA_1.30
  • MMK_HC380LA_2.00
  • MMK_HX180YD_0.75
  • MMK_HX180YD_0.80
  • MMK_HX220BD_0.65
  • MMK_HX260LAD_0.80
  • MMK_HX260LAD_1.00
  • MMK_HX260LAD_1.20
  • MMK_HX260LAD_1.50
  • MMK_HX260LAD_2.00
  • MMK_HX340LAD_2.00
  • MMK_HX380LAD_1.00
  • MMK_HX380LAD_1.25
  • MMK_HX380LAD_1.70
  • MMK_HX380LAD_2.20
  • MMK_HX380LAD_2.25
  • MMK_HX380LAD_2.50

Bancos de dados de materiais para AutoForm Forming: Novelis

O banco de dados de materiais Novelis contém:

  • Aluminium

Os arquivos de materiais estão disponíveis em formato mtb binário e prontos para executar. Faça o download do arquivo compactado e importe o diretório “Novelis” inteiro no diretório “BrandName_MDB”, devendo o mesmo estar posicionado no mesmo nível de “Europe”, “Japan” ou “USA”.

Novelis [ZIP – 36 KB]
Atualização de outubro de 2020

  • Novelis_AA5182_1-0mm
  • Novelis_AA5182_1-5mm
  • Novelis_Advanz_5F_s5754_RC_1-2mm
  • Novelis_Advanz_5F_s5754_RC_2-0mm
  • Novelis_Advanz_5F_s5754_RC_3-0mm
  • Novelis_Advanz_6CM_s118_1-0mm
  • Novelis_Advanz_6CM_s300_1-5mm
  • Novelis_Advanz_6CM_s300_2-5mm
  • Novelis_Advanz_6CM_s300_T61_2-5mm
  • Novelis_Advanz_6F_e170_1-0mm
  • Novelis_Advanz_6HF_e200_1-0mm
  • Novelis_Advanz_6HS_e600_0-9mm
  • Novelis_Advanz_6HS_s600_2-0mm
  • Novelis_Advanz_6HS_s600_3-0mm
  • Novelis_Advanz_6HS_s625_2-0mm

Bancos de dados de materiais para AutoForm Forming: Outokumpu

O banco de dados de materiais Outokumpu contém:

  • Stainless_Steels

Os arquivos de materiais estão disponíveis em formato mtb binário e prontos para executar. Faça o download do arquivo compactado e importe o diretório “Outokumpu” inteiro no diretório “BrandName_MDB”, devendo o mesmo estar posicionado no mesmo nível de “Europe”, “Japan” ou “USA”.

Outokumpu [ZIP – 7 KB]
Atualização de abril de 2019

  • 4301
  • 4404
  • 4509
  • LDX2101

Bancos de dados de materiais para AutoForm Forming: Posco

O banco de dados de materiais Posco contém:

  • Steels_for_Cold_Forming
  • Steels_Conventional_HSS
  • Steels_Advanced_HSS

Os arquivos de materiais estão disponíveis em formato mtb binário e prontos para executar. Faça o download do arquivo compactado e importe o diretório “Posco” inteiro no diretório “BrandName_MDB”, devendo o mesmo estar posicionado no mesmo nível de “Europe”, “Japan” ou “USA”.

Posco [ZIP – 62 KB]
Atualização de agosto de 2018

  • CR_CR4_UC
  • CR_CR5_UC
  • CR_TS_340BH_GA
  • CR_TS_340IF_UC
  • CR_TS_390R_GA
  • CR_TS_440E_GA
  • CR_TS_440R_GA
  • CR_TS_440R_GI
  • CR_YS_180E_GI
  • CR_YS_210BH_GI
  • CR_YS_240BH_GI
  • CR_YS_260C_GI
  • CR_YS_340C_GI
  • CR_YS_340LA_UC
  • CR_YS_380C_GI
  • CR_YS_420C_GA
  • CR_YS_500LA_UC
  • CR_TS_490DP_GI
  • CR_TS_590DP_GI
  • CR_TS_780CP_GI
  • CR_TS_780DP_GI
  • CR_TS_980CP_GI
  • CR_TS_CP980T750Y_UC
  • CR_TS_CP1180-E_GA
  • CR_TS_CP1180T870Y_GA
  • CR_TS_CP1180T870Y_UC
  • CR_TS_DP590_GA
  • CR_TS_DP590T330Y_UC
  • CR_TS_DP780T440Y_UC
  • CR_TS_DP980T550Y_GA
  • CR_TS_DP980T550Y_GI
  • CR_TS_DP980T550Y_High EL_UC
  • CR_TS_DP980T550Y_UC
  • CR_TS_DP980T700Y_GI
  • CR_TS_DP980T700Y_UC

Bancos de dados de materiais para AutoForm Forming: Severstal

O banco de dados de materiais Severstal contém:

  • Steels_for_Cold_Forming
  • Steels_Conventional_HSS

Os arquivos de materiais estão disponíveis em formato mtb binário e prontos para executar. Faça o download do arquivo compactado e importe o diretório “Severstal” inteiro no diretório “BrandName_MDB”, devendo o mesmo estar posicionado no mesmo nível de “Europe”, “Japan” ou “USA”.

Severstal [ZIP – 922 KB]
Atualização de dezembro de 2018

  • Severstal_DC04_0.8mm
  • Severstal_DC04_0.95mm
  • Severstal_DC04_2mm
  • Severstal_DC05_0.65mm
  • Severstal_DC05_0.9mm
  • Severstal_DD12_2mm
  • Severstal_DX54D_0.7mm
  • Severstal_DX54D_0.9mm
  • Severstal_DX56D_0.6mm
  • Severstal_DX56D_1.2mm
  • Severstal_DX57D_0.6mm
  • Severstal_DX57D_0.9mm
  • Severstal_07GBYu_2.0mm
  • Severstal_HC260LA_1.0mm
  • Severstal_HC300LA_0.6mm
  • Severstal_HC380LA_1.2mm
  • Severstal_HCT590X_1.2mm
  • Severstal_HX220BD_0.65mm
  • Severstal_HX300LAD_1.0mm
  • Severstal_HX340LAD_1.0mm
  • Severstal_HX340LAD_1.2mm
  • Severstal_S420MC_4.75mm
  • Severstal_S460MC_2.0mm

Bancos de dados de materiais para AutoForm Forming: Shougang Group

O banco de dados de materiais Shougang Group contém:

  • Steels_for_Cold_Forming
  • Steels_Conventional_HSS
  • Steels_Advanced_HSS

Os arquivos de materiais estão disponíveis em formato mtb binário e prontos para executar. Faça o download do arquivo compactado e importe o diretório “Shougang_Group” inteiro no diretório “BrandName_MDB”, devendo o mesmo estar posicionado no mesmo nível de “Europe”, “Japan” ou “USA”.

Shougang_Group [ZIP – 77 KB]
Atualização de julho de 2018

  • SG-DC01-1.2
  • SG-DC03-0.7
  • SG-DC04-1.2
  • SG-DC05-0.8
  • SG-DC06-0.8
  • SG-DX51D+Z-1.5
  • SG-DX53D+Z-0.8
  • SG-DX54D+Z-0.8
  • SG-DX56D+Z-0.8
  • SG-170P1-1.2
  • SG-180H1-0.7
  • SG-210P1-1.2
  • SG-250P1-1.4
  • SG-HC180BD+Z-0.7
  • SG-HC220BD+Z-1.0
  • SG-HC220YD+Z-1.2
  • SG-HC260LAD+Z-1.2
  • SG-HC340LA-1.5
  • SG-HC340LAD+Z-1.2
  • SG-HC420LA-1.2
  • SG-HC420LAD+Z-1.2
  • SG-SPFC390-1.2
  • SG-SPFC440-1.8
  • SG-HC260-450DP-1.2
  • SG-HC260-450DPD+Z-1.4
  • SG-HC340-590DP-1.2
  • SG-HC340-590DPD+Z-1.0
  • SG-HC380-590TR-1.4
  • SG-HC420-780DP-0.8
  • SG-HC420-780DPD+Z-1.2
  • SG-HC440-780DHD+Z-1.5
  • SG-HC700-980DPD+Z-1.5
  • SG-HC820-1180DP-1.5

Bancos de dados de materiais para AutoForm Forming: SSAB

O banco de dados de materiais SSAB contém:

  • Steels_Conventional_HSS
  • Steels_Advanced_HSS

Os arquivos de materiais estão disponíveis em formato mtb binário e prontos para executar. Faça o download do arquivo compactado e importe o diretório “SSAB” inteiro no diretório “BrandName_MDB”, devendo o mesmo estar posicionado no mesmo nível de “Europe”, “Japan” ou “USA”.

SSAB [ZIP – 73 KB]
Atualização de fevereiro de 2019

  • SSAB_CR460LA
  • SSAB_Docol_420LA
  • SSAB_Docol_500LA
  • SSAB_Docol_HR420LA
  • SSAB_Docol_HR460LA
  • SSAB_Docol_HR500LA
  • SSAB_Docol_HR550LA
  • SSAB_Docol_HR600LA
  • SSAB_Docol_HR650LA
  • SSAB_Docol_HR700LA
  • SSAB_HX500LAD_GI
  • SSAB_CR290Y490T_DP_GI
  • SSAB_CR330Y590T_DP_GI
  • SSAB_CR440Y780T_DP
  • SSAB_CR570Y780T_CP
  • SSAB_CR590Y980T_DP
  • SSAB_CR590Y980T_DP_GI
  • SSAB_CR780Y980T_CP
  • SSAB_CR900Y1180T_CP
  • SSAB_CR1030Y1300T_MS
  • SSAB_CR1220Y1500T_MS
  • SSAB_CR1220Y1500T_MS_EG
  • SSAB_CR1220Y1500T_MS_Levelled
  • SSAB_Docol_600DP
  • SSAB_Docol_800CP
  • SSAB_Docol_800DP
  • SSAB_Docol_800DPX_GI
  • SSAB_Docol_900M
  • SSAB_Docol_1000DP
  • SSAB_Docol_1200M
  • SSAB_Docol_1400M
  • SSAB_Docol_CR700Y980T_DP
  • SSAB_Docol_CR780Y980T_CP_GI
  • SSAB_Docol_FB600
  • SSAB_Docol_HR1200M
  • SSAB_Docol_Roll_800

Bancos de dados de materiais para AutoForm Forming: Tata Steel

O banco de dados de materiais Tata Steel contém:

  • Steels_for_Cold_Forming
  • Steels_for_Cold_Forming: Thermomechanical
  • Steels_for_Cold_Forming: StrainRateSensitive
  • Steels_Conventional_HSS
  • Steels_Conventional_HSS: Thermomechanical
  • Steels_Conventional_HSS: StrainRateSensitive
  • Steels_Advanced_HSS
  • Steels_Advanced_HSS: Thermomechanical
  • Steels_Advanced_HSS: StrainRateSensitive
  • Enamelling_Steels
  • Enamelling_Steels: StrainRateSensitive

Os arquivos de materiais estão disponíveis em formato mtb binário e prontos para executar. Faça o download do arquivo compactado e importe o diretório “Tata_Steel” inteiro no diretório “BrandName_MDB”, devendo o mesmo estar posicionado no mesmo nível de “Europe”, “Japan” ou “USA”.

Tata_Steel [ZIP – 961 KB]
Atualização de setembro de 2019

  • DC01_Vegter_0.8-1.2
  • DC01_Vegter_1.2-1.6
  • DC03_Vegter_0.4-0.8
  • DC04_Vegter_0.4-0.8
  • DC04_Vegter_0.8-1.2
  • DC04_Vegter_1.2-1.6
  • DC04_Vegter_1.6-2.0
  • DC04_Vegter_2.0-3.0
  • DC05_Vegter_0.4-0.8
  • DC05_Vegter_0.8-1.2
  • DC05_Vegter_1.2-1.6
  • DC05_Vegter_1.6-2.0
  • DC05_Vegter_2.0-3.0
  • DC06_Vegter_0.4-0.8
  • DC06_Vegter_0.8-1.2
  • DC06_Vegter_1.2-1.6
  • DC06_Vegter_1.6-2.0
  • DC06_Vegter_2.0-3.0
  • DD14_Vegter_2.0-3.0
  • DX51-GI_Vegter_0.4-0.8
  • DX51-GI_Vegter_0.8-1.2
  • DX51-GI_Vegter_1.2-1.6
  • DX51-GI_Vegter_1.6-2.0
  • DX52-GI_Vegter_0.4-0.8
  • DX52-GI_Vegter_0.8-1.2
  • DX52-GI_Vegter_1.2-1.6
  • DX52-GI_Vegter_1.6-2.0
  • DX52-ZM_Vegter_0.4-0.8
  • DX53-GI_Vegter_0.4-0.8
  • DX53-GI_Vegter_0.8-1.2
  • DX53-GI_Vegter_1.2-1.6
  • DX54-GA_Vegter_0.4-0.8
  • DX54-GI_Vegter_0.4-0.8
  • DX54-GI_Vegter_0.8-1.2
  • DX54-GI_Vegter_1.2-1.6
  • DX54-GI_Vegter_1.6-2.0
  • DX54-GI_Vegter_2.0-3.0
  • DX54-ZM_Vegter_0.4-0.8
  • DX54-ZM_Vegter_0.8-1.2
  • DX56-GA_Vegter_0.4-0.8
  • DX56-GI_Vegter_0.4-0.8
  • DX56-GI_Vegter_0.8-1.2
  • DX56-GI_Vegter_1.2-1.6
  • DX56-GI_Vegter_1.6-2.0
  • DX56-GI_Vegter_2.0-3.0
  • DX56-ZM_Vegter_0.4-0.8
  • DX57-GI_Vegter_0.4-0.8
  • DX57-GI_Vegter_0.8-1.2
  • Ymagine_D1_Vegter_0.8-1.2
  • Ymagine_D1_Vegter_1.2-1.6
  • Ymagine_D1_Vegter_1.6-2.0
  • Ymagine_D1_Vegter_2.0-3.0
  • Ymagine_D1_Vegter_3.0-4.0
  • DX57-GI_Vegter+thermo_0.4-0.8
  • DX57-GI_Vegter+thermo_0.8-1.2
  • DC01_Vegter+SRS_0.8-1.2
  • DC01_Vegter+SRS_1.2-1.6
  • DC03_Vegter+SRS_0.4-0.8
  • DC04_Vegter+SRS_0.4-0.8
  • DC04_Vegter+SRS_0.8-1.2
  • DC04_Vegter+SRS_1.2-1.6
  • DC04_Vegter+SRS_1.6-2.0
  • DC04_Vegter+SRS_2.0-3.0
  • DC05_Vegter+SRS_0.4-0.8
  • DC05_Vegter+SRS_0.8-1.2
  • DC05_Vegter+SRS_1.2-1.6
  • DC05_Vegter+SRS_1.6-2.0
  • DC05_Vegter+SRS_2.0-3.0
  • DC06_Vegter+SRS_0.4-0.8
  • DC06_Vegter+SRS_0.8-1.2
  • DC06_Vegter+SRS_1.2-1.6
  • DC06_Vegter+SRS_1.6-2.0
  • DC06_Vegter+SRS_2.0-3.0
  • DD14_Vegter+SRS_2.0-3.0
  • DX51-GI_Vegter+SRS_0.4-0.8
  • DX51-GI_Vegter+SRS_0.8-1.2
  • DX51-GI_Vegter+SRS_1.2-1.6
  • DX51-GI_Vegter+SRS_1.6-2.0
  • DX52-GI_Vegter+SRS_0.4-0.8
  • DX52-GI_Vegter+SRS_0.8-1.2
  • DX52-GI_Vegter+SRS_1.2-1.6
  • DX52-GI_Vegter+SRS_1.6-2.0
  • DX52-ZM_Vegter+SRS_0.4-0.8
  • DX53-GI_Vegter+SRS_0.4-0.8
  • DX53-GI_Vegter+SRS_0.8-1.2
  • DX53-GI_Vegter+SRS_1.2-1.6
  • DX54-GA_Vegter+SRS_0.4-0.8
  • DX54-GI_Vegter+SRS_0.4-0.8
  • DX54-GI_Vegter+SRS_0.8-1.2
  • DX54-GI_Vegter+SRS_1.2-1.6
  • DX54-GI_Vegter+SRS_1.6-2.0
  • DX54-GI_Vegter+SRS_2.0-3.0
  • DX54-ZM_Vegter+SRS_0.4-0.8
  • DX54-ZM_Vegter+SRS_0.8-1.2
  • DX56-GA_Vegter+SRS_0.4-0.8
  • DX56-GI_Vegter+SRS_0.4-0.8
  • DX56-GI_Vegter+SRS_0.8-1.2
  • DX56-GI_Vegter+SRS_1.2-1.6
  • DX56-GI_Vegter+SRS_1.6-2.0
  • DX56-GI_Vegter+SRS_2.0-3.0
  • DX56-ZM_Vegter+SRS_0.4-0.8
  • DX57-GI_Vegter+SRS_0.4-0.8
  • DX57-GI_Vegter+SRS_0.8-1.2
  • Ymagine_D1_Vegter+SRS_0.8-1.2
  • Ymagine_D1_Vegter+SRS_1.2-1.6
  • Ymagine_D1_Vegter+SRS_1.6-2.0
  • Ymagine_D1_Vegter+SRS_2.0-3.0
  • Ymagine_D1_Vegter+SRS_3.0-4.0
  • CR_BH180-GI_Vegter_0.4-0.8
  • CR_BH180-GI_Vegter_0.8-1.2
  • CR_BH180-GI_Vegter_1.2-1.6
  • CR_BH180-GI_Vegter_SemiStabilized_1.6-2.0
  • CR_BH220-GI_Vegter_0.4-0.8
  • CR_BH220-GI_Vegter_0.8-1.2
  • CR_BH220-GI_Vegter_1.2-1.6
  • CR_BH220-GI_Vegter_1.6-2.0
  • CR_BH220-SemiStabilised-GI_Vegter_0.4-0.8
  • CR_BH260-GI_Vegter_0.4-0.8
  • CR_BH260-GI_Vegter_0.8-1.2
  • CR_BH260-GI_Vegter_1.2-1.6
  • CR_BH260-GI_Vegter_1.6-2.0
  • CR_BH260-SemiStabilised-GI_Vegter_0.4-0.8
  • CR_BH300-GI_Vegter_0.4-0.8
  • CR_BH300-GI_Vegter_0.8-1.2
  • CR_BH300-GI_Vegter_1.2-1.6
  • CR_BH300-GI_Vegter_1.6-2.0
  • CR_HSLA260-GI_Vegter_0.4-0.8
  • CR_HSLA260-GI_Vegter_0.8-1.2
  • CR_HSLA260-GI_Vegter_1.2-1.6
  • CR_HSLA300-GI_Vegter_0.4-0.8
  • CR_HSLA300-GI_Vegter_0.8-1.2
  • CR_HSLA300-GI_Vegter_1.2-1.6
  • CR_HSLA300-GI_Vegter_1.6-2.0
  • CR_HSLA340-GI_Vegter_0.4-0.8
  • CR_HSLA340-GI_Vegter_0.8-1.2
  • CR_HSLA340-GI_Vegter_1.2-1.6
  • CR_HSLA340-GI_Vegter_1.6-2.0
  • CR_HSLA380-GI_Vegter_0.4-0.8
  • CR_HSLA380-GI_Vegter_0.8-1.2
  • CR_HSLA380-GI_Vegter_1.2-1.6
  • CR_HSLA380-GI_Vegter_1.6-2.0
  • CR_HSLA420-GI_Vegter_0.8-1.2
  • CR_HSLA420-GI_Vegter_1.2-1.6
  • CR_HSLA460-GI_Vegter_1.2-1.6
  • CR_IF160-GI_Vegter_0.4-0.8
  • CR_IF220-GI_Vegter_0.4-0.8
  • CR_IF220-GI_Vegter_0.8-1.2
  • CR_IF220-GI_Vegter_1.2-1.6
  • CR_IF220-GI_Vegter_1.6-2.0
  • CR_IF260-GI_Vegter_0.4-0.8
  • CR_IF260-GI_Vegter_0.8-1.2
  • CR_IF260-GI_Vegter_1.2-1.6
  • CR_IF260-GI_Vegter_1.6-2.0
  • Ymagine_H320_Vegter_0.8-1.2
  • Ymagine_H320_Vegter_1.2-1.6
  • Ymagine_H320_Vegter_1.6-2.0
  • Ymagine_H320_Vegter_2.0-3.0
  • Ymagine_H360_Vegter_0.8-1.2
  • Ymagine_H360_Vegter_1.2-1.6
  • Ymagine_H360_Vegter_1.6-2.0
  • Ymagine_H360_Vegter_2.0-3.0
  • Ymagine_H420_Vegter_1.2-1.6
  • Ymagine_H420_Vegter_1.6-2.0
  • Ymagine_H420_Vegter_2.0-3.0
  • Ymagine_H500_Vegter_1.2-1.6
  • Ymagine_H500_Vegter_1.6-2.0
  • Ymagine_H500_Vegter_2.0-3.0
  • Ympress_S315MC_Vegter_1.2-1.6
  • Ympress_S315MC_Vegter_1.6-2.0
  • Ympress_S315MC_Vegter_2.0-3.0
  • Ympress_S355MC_Vegter_1.6-2.0
  • Ympress_S355MC_Vegter_2.0-3.0
  • Ympress_S420MC_Vegter_1.6-2.0
  • Ympress_S420MC_Vegter_2.0-3.0
  • Ympress_S500MC_Vegter_2.0-3.0
  • CR_BH260-GI_Vegter+thermo_0.8-1.2
  • CR_HSLA340-GI_Vegter+thermo_0.8-1.2
  • CR_HSLA340-GI_Vegter+thermo_1.2-1.6
  • Ymagine_H320_Vegter+thermo_1.2-1.6
  • Ymagine_H360_Vegter+thermo_1.2-1.6
  • Ymagine_H420_Vegter+thermo_1.2-1.6
  • Ymagine_H500_Vegter+thermo_1.2-1.6
  • CR_BH180-GI_Vegter+SRS_0.4-0.8
  • CR_BH180-GI_Vegter+SRS_0.8-1.2
  • CR_BH180-GI_Vegter+SRS_1.2-1.6
  • CR_BH180-GI_Vegter_SemiStabilized+SRS_1.6-2.0
  • CR_BH220-GI_Vegter+SRS_0.4-0.8
  • CR_BH220-GI_Vegter+SRS_0.8-1.2
  • CR_BH220-GI_Vegter+SRS_1.2-1.6
  • CR_BH220-GI_Vegter+SRS_1.6-2.0
  • CR_BH220-SemiStabilised-GI_Vegter+SRS_0.4-0.8
  • CR_BH260-GI_Vegter+SRS_0.4-0.8
  • CR_BH260-GI_Vegter+SRS_0.8-1.2
  • CR_BH260-GI_Vegter+SRS_1.2-1.6
  • CR_BH260-GI_Vegter+SRS_1.6-2.0
  • CR_BH260-SemiStabilised-GI_Vegter+SRS_0.4-0.8
  • CR_BH300-GI_Vegter+SRS_0.4-0.8
  • CR_BH300-GI_Vegter+SRS_0.8-1.2
  • CR_BH300-GI_Vegter+SRS_1.2-1.6
  • CR_BH300-GI_Vegter+SRS_1.6-2.0
  • CR_HSLA260-GI_Vegter+SRS_0.4-0.8
  • CR_HSLA260-GI_Vegter+SRS_0.8-1.2
  • CR_HSLA260-GI_Vegter+SRS_1.2-1.6
  • CR_HSLA300-GI_Vegter+SRS_0.4-0.8
  • CR_HSLA300-GI_Vegter+SRS_0.8-1.2
  • CR_HSLA300-GI_Vegter+SRS_1.2-1.6
  • CR_HSLA300-GI_Vegter+SRS_1.6-2.0
  • CR_HSLA340-GI_Vegter+SRS_0.4-0.8
  • CR_HSLA340-GI_Vegter+SRS_0.8-1.2
  • CR_HSLA340-GI_Vegter+SRS_1.2-1.6
  • CR_HSLA340-GI_Vegter+SRS_1.6-2.0
  • CR_HSLA380-GI_Vegter+SRS_0.4-0.8
  • CR_HSLA380-GI_Vegter+SRS_0.8-1.2
  • CR_HSLA380-GI_Vegter+SRS_1.2-1.6
  • CR_HSLA380-GI_Vegter+SRS_1.6-2.0
  • CR_HSLA420-GI_Vegter+SRS_0.8-1.2
  • CR_HSLA420-GI_Vegter+SRS_1.2-1.6
  • CR_HSLA460-GI_Vegter+SRS_1.2-1.6
  • CR_IF160-GI_Vegter+SRS_0.4-0.8
  • CR_IF220-GI_Vegter+SRS_0.4-0.8
  • CR_IF220-GI_Vegter+SRS_0.8-1.2
  • CR_IF220-GI_Vegter+SRS_1.2-1.6
  • CR_IF220-GI_Vegter+SRS_1.6-2.0
  • CR_IF260-GI_Vegter+SRS_0.4-0.8
  • CR_IF260-GI_Vegter+SRS_0.8-1.2
  • CR_IF260-GI_Vegter+SRS_1.2-1.6
  • CR_IF260-GI_Vegter+SRS_1.6-2.0
  • Ymagine_H320_Vegter+SRS_0.8-1.2
  • Ymagine_H320_Vegter+SRS_1.2-1.6
  • Ymagine_H320_Vegter+SRS_1.6-2.0
  • Ymagine_H320_Vegter+SRS_2.0-3.0
  • Ymagine_H360_Vegter+SRS_0.8-1.2
  • Ymagine_H360_Vegter+SRS_1.2-1.6
  • Ymagine_H360_Vegter+SRS_1.6-2.0
  • Ymagine_H360_Vegter+SRS_2.0-3.0
  • Ymagine_H420_Vegter+SRS_1.2-1.6
  • Ymagine_H420_Vegter+SRS_1.6-2.0
  • Ymagine_H420_Vegter+SRS_2.0-3.0
  • Ymagine_H500_Vegter+SRS_1.2-1.6
  • Ymagine_H500_Vegter+SRS_1.6-2.0
  • Ymagine_H500_Vegter+SRS_2.0-3.0
  • Ympress_S315MC_Vegter+SRS_1.2-1.6
  • Ympress_S315MC_Vegter+SRS_1.6-2.0
  • Ympress_S315MC_Vegter+SRS_2.0-3.0
  • Ympress_S355MC_Vegter+SRS_1.6-2.0
  • Ympress_S355MC_Vegter+SRS_2.0-3.0
  • Ympress_S420MC_Vegter+SRS_1.6-2.0
  • Ympress_S420MC_Vegter+SRS_2.0-3.0
  • Ympress_S500MC_Vegter+SRS_2.0-3.0
  • CR_CP800-GI_Vegter_0.8-1.2
  • CR_CP800-GI_Vegter_1.2-1.6
  • CR_DP1000HY-GI_Vegter_0.8-1.2
  • CR_DP1000HY-GI_Vegter_1.2-1.6
  • CR_DP1000LY-GI_Vegter_0.8-1.2
  • CR_DP1000LY-GI_Vegter_1.2-1.6
  • CR_DP1000LY-UC_Vegter_0.8-1.2
  • CR_DP600-GI_Vegter_0.8-1.2
  • CR_DP600-GI_Vegter_1.2-1.6
  • CR_DP600-GI_Vegter_1.6-2.0
  • CR_DP600-UC_Vegter_0.8-1.2
  • CR_DP800-GI_HyperForm_Vegter_0.8-1.2
  • CR_DP800-GI_HyperForm_Vegter_1.2-1.6
  • CR_DP800-GI_Vegter_0.8-1.2
  • CR_DP800-GI_Vegter_1.2-1.6
  • CR_DP800-GI_Vegter_1.6-2.0
  • CR_DP800-UC_Vegter_0.8-1.2
  • CR_DP800-UC_Vegter_1.2-1.6
  • HR_CP800-UC_Vegter_3.0-4.0
  • HR_DP600-UC_Vegter_2.0-3.0
  • HR_DP600-UC_Vegter_3.0-4.0
  • HR_FB600-UC_Vegter_2.0-3.0
  • HR_XPF800-UC_Vegter_2.0-3.0
  • HR_XPF800-UC_Vegter_3.0-4.0
  • CR_CP800-GI_Vegter+thermo_0.8-1.2
  • CR_CP800-GI_Vegter+thermo_1.2-1.6
  • CR_DP600-GI_Vegter+thermo_0.8-1.2
  • CR_DP600-GI_Vegter+thermo_1.2-1.6
  • CR_DP800-GI_Vegter+thermo_0.8-1.2
  • CR_DP800-GI_Vegter+thermo_1.2-1.6
  • CR_CP800-GI_Vegter+SRS_0.8-1.2
  • CR_CP800-GI_Vegter+SRS_1.2-1.6
  • CR_DP1000HY-GI_Vegter+SRS_0.8-1.2
  • CR_DP1000HY-GI_Vegter+SRS_1.2-1.6
  • CR_DP1000LY-GI_Vegter+SRS_0.8-1.2
  • CR_DP1000LY-GI_Vegter+SRS_1.2-1.6
  • CR_DP1000LY-UC_Vegter+SRS_0.8-1.2
  • CR_DP600-GI_Vegter+SRS_0.8-1.2
  • CR_DP600-GI_Vegter+SRS_1.2-1.6
  • CR_DP600-GI_Vegter+SRS_1.6-2.0
  • CR_DP600-UC_Vegter+SRS_0.8-1.2
  • CR_DP800-GI_HyperForm_Vegter+SRS_0.8-1.2
  • CR_DP800-GI_HyperForm_Vegter+SRS_1.2-1.6
  • CR_DP800-GI_Vegter+SRS_0.8-1.2
  • CR_DP800-GI_Vegter+SRS_1.2-1.6
  • CR_DP800-GI_Vegter+SRS_1.6-2.0
  • CR_DP800-UC_Vegter+SRS_0.8-1.2
  • CR_DP800-UC_Vegter+SRS_1.2-1.6
  • HR_CP800-UC_Vegter+SRS_3.0-4.0
  • HR_DP600-UC_Vegter+SRS_2.0-3.0
  • HR_DP600-UC_Vegter+SRS_3.0-4.0
  • HR_FB600-UC_Vegter+SRS_2.0-3.0
  • HR_XPF800-UC_Vegter+SRS_2.0-3.0
  • HR_XPF800-UC_Vegter+SRS_3.0-4.0
  • YMVIT04Plus_Vegter_0.4-0.8
  • YMVIT04Plus_Vegter_0.8-1.2
  • YMVIT04Plus_Vegter_1.2-1.6
  • YMVIT04Plus_Vegter_1.6-2.0
  • YMVIT04Plus_Vegter_2.0-3.0
  • YMVIT04Plus_Vegter_3.0-4.0
  • YMVITExtra06_Vegter_0.4-0.8
  • YMVITUltra04_Vegter_0.4-0.8
  • YMVITUltra04_Vegter_0.8-1.2
  • YMVIT04Plus_Vegter+SRS_0.4-0.8
  • YMVIT04Plus_Vegter+SRS_0.8-1.2
  • YMVIT04Plus_Vegter+SRS_1.2-1.6
  • YMVIT04Plus_Vegter+SRS_1.6-2.0
  • YMVIT04Plus_Vegter+SRS_2.0-3.0
  • YMVIT04Plus_Vegter+SRS_3.0-4.0
  • YMVITExtra06_Vegter+SRS_0.4-0.8
  • YMVITUltra04_Vegter+SRS_0.4-0.8
  • YMVITUltra04_Vegter+SRS_0.8-1.2

Bancos de dados de materiais para AutoForm Forming: TKSE

O banco de dados de materiais TKSE contém:

  • Steels_for_Cold_Forming
  • Steels_Conventional_HSS
  • Steels_Advanced_HSS

Os arquivos de materiais estão disponíveis em formato mtb binário e prontos para executar. Faça o download do arquivo compactado e importe o diretório “TKSE” inteiro no diretório “BrandName_MDB”, devendo o mesmo estar posicionado no mesmo nível de “Europe”, “Japan” ou “USA”.

TKSE [ZIP – 83 KB]
Atualização de novembro de 2018

  • DC04_ZE_D090_TEM
  • DC05_ZE_D080_TEM
  • DX54D_ZF_D075_TEM
  • DX56D_Z_D080_TEM
  • HC260LA_D100_TEM
  • HX180BD_D087_TEM
  • HX180YD_D100_TEM
  • HX220YD_D110_TEM
  • HX260BD_D100_TEM
  • HX340LAD_D124_TEM
  • HCT500X_D090_TEM
  • HCT600X_D120_TEM
  • HCT690T_D090_TEM

Bancos de dados de materiais para AutoForm Forming: U.S. Steel

O banco de dados de materiais U.S. Steel contém:

  • Steels_Conventional_HSS
  • Steels_Advanced_HSS

Os arquivos de materiais estão disponíveis em formato mtb binário e prontos para executar. Faça o download do arquivo compactado e importe o diretório “US_Steel” inteiro no diretório “BrandName_MDB”, devendo o mesmo estar posicionado no mesmo nível de “Europe”, “Japan” ou “USA”.

US_Steel [ZIP – 100 KB]
Atualização de novembro de 2018

  • 440W_HD_AF
  • BH210_HD_AF
  • BH280_HD_AF
  • HSLA340_HD_AF
  • 590R_HD_AF_RevA
  • CR_1180DP_AF_RevA
  • CR_1180SHF_AF_RevB
  • CR_590R_AF_RevA
  • CR_780TRIP_AF_RevB
  • CR_780XG3_AF_RevB
  • CR_980Gen3_AF_RevB
  • CR_980XG3_AF_RevB
  • CR_DP590_AF_RevA
  • CR_DP780_LCE_AF_RevB
  • CR_DP980_AF_RevA
  • CR_MP980_LCE_AF_RevA
  • DP590_HD_AF_RevA
  • DP780_HD_AF_RevB
  • DP980_HD_AF_RevA
  • DP1180_HD_AF_RevA
  • IBF780_HD_AF_RevB
  • TRIP780_HD_AF_RevB

Bancos de dados de materiais para AutoForm Forming: U.S. Steel Košice s. r.o.

O banco de dados de materiais U.S. Steel Košice s. r.o. contém:

  • Steels_Advanced_HSS

Os arquivos de materiais estão disponíveis em formato mtb binário e prontos para executar. Faça o download do arquivo compactado e importe o diretório “US_Steel_Kosice” inteiro no diretório “BrandName_MDB”, devendo o mesmo estar posicionado no mesmo nível de “Europe”, “Japan” ou “USA”.

US_Steel_Kosice [ZIP – 200 KB]
Atualização de março de 2020

  • HC300XD+Z_DP500-GI_1.5mm
  • HCT600X+Z_DP600-GI_1.0mm
  • HCT690T+Z_TRIP690-GI_1.5mm
  • HCT780X+Z_DP780-GI_1.2mm
  • HCT980X+Z_DP980-GI_1.2mm

Bancos de dados de materiais para AutoForm Forming

O banco de dados de materiais voestalpine Stahl GmbH contém:

  • Steels_for_Cold_Forming
  • Steels_Conventional_HSS
  • Steels_Advanced_HSS

Os arquivos de materiais estão disponíveis em formato mtb binário e prontos para executar. Faça o download do arquivo compactado e importe o diretório “voestalpine_Stahl” inteiro no diretório “BrandName_MDB”, devendo o mesmo estar posicionado no mesmo nível de “Europe”, “Japan” ou “USA”.

voestalpine_Stahl_GmbH [ZIP – 185 KB]
Atualização de abril de 2019

  • CR1-UC-EG_DC01
  • CR2-UC-EG_DC03
  • CR3-UC-EG_DC04
  • CR4-UC-EG_DC05
  • CR5-UC-EG_DC06
  • CR1-GI_DX52D-Z
  • CR2-GI_DX53D-Z
  • CR3-GI_DX54D-Z
  • CR4-GI_DX56D-Z
  • CR5-GI_DX57D-Z
  • CR210LA-UC-EG_HC210LA
  • CR240LA-UC-EG_HC260LA
  • CR270LA-UC-EG_HC300LA
  • CR300LA-UC-EG_HC340LA
  • CR340LA-UC-EG_HC380LA
  • CR380LA-UC-EG_HC420LA
  • CR420LA-UC-EG_HC460LA
  • CR460LA-UC-EG_HC500LA
  • CR210LA-GI_HX210LAD-Z
  • CR240LA-GI_HX260LAD-Z
  • CR270LA-GI_HX300LAD-Z
  • CR300LA-GI_HX340LAD-Z
  • CR340LA-GI_HX380LAD-Z
  • CR380LA-GI_HX420LAD-Z
  • CR420LA-GI_HX460LAD-Z
  • CR460LA-GI_HX500LAD-Z
  • HR420LA-UC
  • HR460LA-UC
  • HR500LA-UC
  • HR550LA-UC
  • HR700LAS-UC
  • HR700LA-GI
  • CR180BH-UC-EG_HC180B
  • CR210BH-UC-EG_HC220B
  • CR240BH-UC-EG_HC260B
  • CR270BH-UC-EG_HC300B
  • CR180BH-GI_HX180BD-Z
  • CR210BH-GI_HX220BD-Z
  • CR240BH-GI_HX260BD-Z
  • CR270BH-GI_HX300BD-Z
  • CR180IF-UC-EG_HC180Y
  • CR210IF-UC-EG_HC220Y
  • CR240IF-UC-EG_HC260Y
  • CR180IF-GI_HX180YD-Z
  • CR210IF-GI_HX220YD-Z
  • CR240IF-GI_HX260YD-Z
  • HT440CM-Z
  • CR290Y490T-DP-UC-EG_DP500
  • CR330Y590T-DP-UC-EG_DP600
  • CR440Y780T-DP-UC-EG_DP800
  • CR590Y980T-DP-UC-EG_DP1000
  • CR700Y980T-DP-UC-EG_DP1000
  • CR260Y450T-DP-GI_DP450-Z
  • CR290Y490T-DP-GI_DP500-Z
  • CR330Y590T-DP-GI_DP600-Z
  • CR440Y780T-DP-GI_DP800-Z
  • CR590Y980T-DP-GI_DP1000-Z
  • CR700Y980T-DP-GI_DP1000-Z
  • CR570Y780T-CP-UC-EG_CP800
  • CR780Y980T-CP-UC-EG_CP1000
  • CR900Y1180T-CP-UC-EG_CP1200
  • CR780Y980T-CH-UC-EG_CP1000-HD
  • CR900Y1180T-CH-UC-EG_CP1200-HD
  • CR1000Y1370T-CH-UC-EG_CP1400-HD
  • CR570Y780T-CP-GI_CP800-Z
  • CR780Y980T-CP-GI_CP1000-Z
  • HR660Y760T-CP-UC_CP800-HR
  • HR660Y760T-CP-GI_CP800-HR+Z
  • CR700Y980T-DH-UC-EG_DP1000-HD
  • CR850Y1180T-DH-UC-EG_DP1200-HD
  • CR330Y590T-DH-GI_DP600-HD-Z
  • CR440Y780T-DH-GI_DP800-HD-Z
  • CR1030Y1300T-MS-UC-EG_MS1300
  • phs-ultraform-1500-GI
  • HR440Y580T-FB-UC_FB580-HR

Biblioteca de materiais para o setor aeroespacial

A AutoForm oferece o seguinte banco de dados de materiais para o setor aeroespacial:

Bancos de dados de materiais para AutoForm Forming: Aerospace

O banco de dados de materiais Aerospace contém:

  • Aluminium
  • Stainless_Steel
  • Thermo
  • Titanium

Os arquivos de materiais estão disponíveis em formato mtb binário e prontos para executar. Baixe o arquivo zipado e coloque o diretório “Aerospace” inteiro no mesmo nível dos diretórios “Europe”, “Japan” e “USA”.

Aerospace [ZIP – 34 KB]
Atualização de março de 2020

  • AA2024-O
  • AA2024-T3
  • AA2024-W001
  • AA2139-T351
  • AA2198-T3
  • AA2219-O
  • AA2219-T31
  • AA2219-W001
  • AA5086-H111
  • AA6019-T3
  • AA6061-O
  • AA6061-T4
  • AA7075-O
  • AA7075-T4
  • AA7075-W001
  • Ti-6Al-4V_Thermal
  • CP_Ti(4)
  • Ti15333