Graphic Whizard PT 335SCC Multi Slitter/Cutter/Creaser

Graphic Whizard

Regular price $0.00

PT 335SCC Slitter/Cutter/Creaser

Slit/Cut/Crease/Perf

The new PT 335SCC Multi is a complete full-bleed finishing system to fit the digital marketplace. Equipped with interchangeable creasing/perfing dies the PT 335SCC Multi can quickly switch over from perfing to creasing while preventing digital toner cracking. Strike perforating capabilities means that the PT335SCC Multi can now do partial perfs in both directions for "T" or "box" perfs. With everything the original PT 375SCC boasted and more, the 335SCC Multi makes short work of; business cards, greeting cards, invitations, brochures, pamphlets, catalogs, posters, book/CD covers, photographs, tent cards, and more by simply loading the high capacity 4" pile feeder. Processing sheets up to 350 gsm at speeds of 25 sheets per minute (8.8" x 11", 2 cuts, 1 crease) the PT 335SCC Multi is an ideal finishing solution to maximize efficiency while minimizing operator intervention.

  • Slit/Cut/Crease/Perf
  • 4" deep pile feeder
  • Multi accessory output
  • 9" color touchscreen
  • Interchangeable crease/perf dies
  • Built in job creator
  • 64 job program memory
  • Strike perf capabilities for "Box" or "T" perfs
  • Automated crease depth adjustment.
Electrical 110-130V, 50/60 Hz, 15A
Minimum Paper Size 8.26" x 8.26"
Maximum Paper Size 13" x 25.6"
Paper Type Non Coated, Coated, Laminated
Margin Slit Side Trim 0.125" - 1.5"
Gutter Slit Width 0.2" - 0.59", *Larger gutters will output on the exit tray
Linear Multi Tool Options Linear Strike Perf Option up to 4
Linear Score or Kiss Cut Tools
12 or 24 Tpi perf tools
Interchangeable Crease/Perf Dies Crease die options - .6mm, 1mm, 1.2mm, 1.4mm
Perf Die Options - 12 Tpi or 24 Tpi
8 depth settings controlled through the touch screen
Document Weight 150 - 350 gsm
Slit-Cut-Crease Up to 6 slits, 32 cuts, 32 creases per sheet
Speed 25 sheets/minute (8.5" x 11" 2 cuts, 1 crease)
Image Shift Compensation Both X and Y axis
Image Shrink/Stretch Compensation Both X and Y axis