This high-performance press can produce 600+ duplex printed pages per minute. The press takes full advantage of Matti Technology AG’s advanced inkjet writing system. The press includes an unwinder, single-engine-duplex (SED) mono print engine, a rotary cutter and a continuous offset stacker for variable document sizes. An optional in-line primer unit can be installed to apply primer fluid.
The Monojet 330 can run resolutions of 600x600dpi, 600x1200dpi or 1200x1200dpi.
Inks are available with excellent performance on coated and uncoated media.
The system can run MICR inks, ideally suited for checks printing.
The Matti MonoJet 330 is powered by the Matti Technology AG high-performance inkjet writing system. The press is designed as an all-in-one solution to produce mono or CMYK printed book blocks and comes in a compact footprint.
Maximum web width: 320mm (310mm with paper shift)
Maximum print width: 310mm
Maximum web speed: 150m/min (Roll to sheet);
200m/min (Roll to Roll, at 600 x 600 dpi)
Paper weight: 80-160gsm (lower paper weights may be possible and need to be tested in advance)
Approximate footprint: 6.5x2.28x2.05meters (LxWxH)
Resolution: up to 1200x1200dpi
Inks: Water-based pigment inks, MICR inks
Integrated Unwind-System with:
Lifting arm to lift paper roll of diameter of up to 54 inches
Dancer roller for paper tension adjustment
Web guide for 1st path
Connection pins to attach to the next system (Print Tower)
Matti Technology AG inkjet writing system for mono and CMYK printing, including controller and ink supply system
Infeed roller with pneumatic nips (2x)
Tach roller for paper speed (2x)
Rollers to support paper underneath print head
Infrared dryer (48 kW)
Outfeed roller with pneumatic nips
Cutter and Stacker Unit:
Rotary cutter unit 6 inches - 16 inches cut length
Stacker unit with 2 streams (sample gate / normal stream)
Stacker unit for cut off lengths about 6 inches - 16 inches
Job separation by printed mark
Digital Front End (DFE):
Matti Technology AG Digital Frontend
Controls the entire press - operation from one single point
PDF, AFP and IJPDS workflow
High-accuracy ink estimator for cost-per-page analysis