• Profile machining centre SBZ 610/13
    SBZ 610/13
    Profile machining centre
SBZ 610/13
Profile machining centre

Profile machining centre SBZ 610/13

This all-rounder offers maximum flexibility as a profile machining centre. Total profile machining of profiles without steel reinforcement.
Profile machining centre for cutting to length, drilling and routing profiles for window, door and curtain wall manufacturing without steel reinforcement and with screwed transom connections

  • Work sequence as needed, either from the left towards the right or the reverse
  • Infeed with motorised, continuously adjustable gripper
  • Lifting function for gap-free loading of the feed magazine
  • Profiles are guided on rollers to ensure gentle treatment of the profile and protective film
  • Optimised length cutting with no processing waste
  • Internal gripper avoids damaging the profiles
  • Integrated measuring sensors for residual piece detection
  • Outfeed for parts via discharge table
  • Industrial PC with Windows operating system

Technical specifications

  • Feed magazine capacity, eleven profile bars
  • Profile bar lengths, 500 to 6,500 mm
  • Profile cross-sections up to 130 x 205 mm W x H
  • Part lengths 400 - 4,000 mm

Machining station

  • Capacity for up to 30 machining units
  • Routing units with up to 20,000 rpm
  • Drilling unit with gear unit delivers 1.2 kW

Sawing station

  • Three large saw blades with a diameter of 550 mm
  • Three powerful saw motors delivering 4 kW each

Options

  • Outfeed for parts via a belt conveyor protects profiles and offers different capacities
  • Upending unit for profiles that are difficult to clamp

Profile machining centre SBZ 610/15

See SBZ 610/13, however:

  • With five built-in saw units for cutting to length, drilling and routing profiles for window, door and curtain wall manufacturing without steel reinforcement and with screwed and welded transom connections
  • For complete profile machining, sawing and machining are set up in two separate stations connected by a transportation buffer to maximise efficiency

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