COMAC – 310 HV 4
Daten zur Maschine Machine data Maschinentyp Machine type Hydr. Profil-Biegemaschine / hydr. profile bending machine Hersteller Manufacturer COMAC (Italien / Italy) Modell Model 310 HV READ MORE
Schlagwort: Biegeumformen
DIN 8586, Fertigungsverfahren Biegeumformen
TAURING – ALPHA 200
Daten zur Maschine Machine data Maschinentyp Machine type Hydr. Profil-Biegemaschine / hydr. profile bending machine Hersteller Manufacturer TAURING (Italien / Italy) Modell Model ALPHA 200 READ MORE
ROUNDO – R1
Daten zur Maschine Machine data Maschinentyp Machine type Hydr. Profil-Biegemaschine / hydr. profile bending machine Hersteller Manufacturer ROUNDO (Schweden / Sweden) Modell Model R 1 READ MORE
ROUNDO – R 5
Daten zur Maschine Machine data Maschinentyp Machine type Hydr. Profil-Biegemaschine / hydr. profile bending machine Hersteller Manufacturer ROUNDO Modell Model R 5 Baujahr Year of READ MORE
TAURING – Delta 50 CNC
Daten zur Maschine Machine data Maschinentyp Machine type Hydr. Profil-Biegemaschine / hydr. profile bending machine Hersteller Manufacturer TAURING (Italien / Italy) Modell Model Delta 50 READ MORE
SERTOM – EMO 30-50 (3000 x 50/40)
Daten zur Maschine Machine data Maschinentyp Machine type Hydr. 3-Walzen-Biegemaschine / hydr. three roll bending machine Hersteller Manufacturer SERTOM (Italien / Italy) Modell Model EMO READ MORE
SERTOM – EMO 20-35 (2000 x 35/25)
Daten zur Maschine Machine data Maschinentyp Machine type Hydr. 3-Walzen-Biegemaschine / hydr. three roll bending machine Hersteller Manufacturer SERTOM (Italien / Italy) Modell Model EMO READ MORE
SERTOM – EMO 15-60 (1500 x 60/50)
Daten zur Maschine Machine data Maschinentyp Machine type Hydr. 3-Walzen-Biegemaschine / hydr. three roll bending machine Hersteller Manufacturer SERTOM (Italien / Italy) Modell Model EMO READ MORE
SERTOM – EMO 30-30 (3000 x 30/25)
Daten zur Maschine Machine data Maschinentyp Machine type Hydr. 3-Walzen-Biegemaschine / hydr. three roll bending machine Hersteller Manufacturer SERTOM (Italien / Italy) Modell Model EMO READ MORE