MOD 593

MOD 593

MOD 593

MOD 593

MOD 593

MOD 593

MOD 593

MOD 593

MOD 593

MOD 593

MOD 593

MOD 593

MOD 593

MOD 593

MOD 593

Imesa Mod. 593 Sheeter machine Is an Automatic and electronic production line which combined two cuttings mode: slitting and cross-wise cutting, with high performance mechanical characteristics. – from 800mm to 2000mm working widths.

Imesa Mod. 593 can be employed in all fields requiring cutting into small sheets from large sheets and rolls.
With this system, it is possible to slit and cross-cut material with a single operation.
Solidly built and designed for extreme reliability, this machine is an essential piece of equipment for any cutting department, as well as the rubber, insulation, automotive, building and gasket industries in general.
This sheeter machine model, with double cut system, is provided of safety measures and can be completed with external roll holder or other devices, according to the customer needs.

  • Roll holder arms, with steel tube and 2 flanges.
  • Mechanical brake for material tension adjustment.
  • Manually positioned slitting system using circular blades.
  • N° 05 diam. 160x70x2HSS circular blades.
  • N° 05 blade holders.
  • Lower counter roller device.
  • Manually-operated blade shaft lifting device.
  • Adjustable material guides.
  • Conveyor system operated by stepper motor
  • Pneumatically controlled lifting/lowering conveyor rollers.
  • Length check operated by encoder.
  • Shear-cutting system with electronic measurement settings.
  • Adjustable blade/counter-blade group.
  • Adjustable cutting speed from approx. 0 to 15 m/min.
  • Separate control cabin.
  • Control system with auto-diagnosis of machine main functions.
  • Safety protection guards in polycarbonate with safety microswitch.
  • Emergency stop button.
  • Tilted surface for cut piece output.

All our products are design and manufactured in compliance of the EC/UL safety norms.
Imesa reserves the right to modify the features of its machinery, even accordingly to new technological developments.