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tube ends internal and external thread

CNC Cutting and Endmachining Lines for tubes and bars

TS72

TS72

  • cut of tubes Ø (8) 12 - 102 mm
  • automatic set-up
  • maximum cut part length 4500 mm
  • optional de-burring, length measuring, washing and collecting/palletizing
TWINCUT

TWINCUT

  • cut of tubes Ø (8) 12 - 80 mm - 2 x 45 mm
  • semiautomatic set-up
  • maximum cut part length 6090 mm
  • optional de-burring, washing and collecting
TC720 - CN

TC720 - CN

  • cut of tubes Ø (8) 12 - 80 mm
  • semiautomatic set-up
  • maximum cut part length 6090 mm
  • optional de-burring, washing and collecting
TT640

TT640

  • cut of tubes Ø (8) 12 - 80 mm
  • manual set-up
  • maximum cut part length 4500 mm
  • optional de-burring, washing and collecting
 
CM601

CM601

  • cut of tubes and full material bars Ø 12 - 102 mm
  • semiautomatic set-up
  • maximum cut part length 400 mm (1500 mm optional)
  • optional version double-cut (tube / bar)
 
EM80

EM80

  • cutting and machining centre
    (cutting, chamfering, turning, threading).
  • for tubes and full material bars Ø 10 - 76 (80) mm
  • semiautomatic set-up with CN-control
  • maximum cut part length 600 mm
  • optional integrated length measuring
 




The complete cutting lines for tubes manufactured by Adige are the result of 50 years of experience in the field of tube processing.

All tube sawing machines are equipped with automatic loading and unloading systems as well as with optional deburring, washing, measuring and collecting systems. They are suitable for cutting tubes, solid bars and profiles in iron, steel, aluminium, brass and copper.

All tube cutting machines are designed to run unattended throughout the following phases: bundle loading and feeding, cutting, brushing and deburring, in-line measuring, washing, drying and collecting. Disk cutting of tubes, bars and profiles offers advantages in terms of quality, processing and technology compared to other technologies (e.g.: belt saws), and particularly: higher accuracy and cutting repeatability, higher orthogonality and better surface finishing quality, high productivity, reduced bar swarfs.

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