Whether perfected or straight printing, this is probably the most versatile machine on the market. Superb press technology gives your business a big boost with impeccable front-to-back registration, high speed and dependability day after day.
With many operator-friendly features and an array of automation technology, the RMGT 10-Series convertible perfector can print exceptional multicolor commercial products at 16,200 sheets per hour. Makeready time is reduced to a few brief minutes thanks to automated plate changing, various preset systems and automatic cleaning.
The three-cylinder sheet-reversing unit delivers smooth sheet transfer with fewer transfer points than other perfecting presses. A double-gripper mechanism ensures precise gripper-to-gripper transfer. Specially designed ceramic jackets mounted on all impression cylinders after the perfecting unit prevent ink buildup and eliminate offset. The optional LED-UV curing unit uses less energy and reduces heat-related shrinkage of printing media.
| Maximum Printing Speed | 17,000 sheets per hour |
|---|---|
| Maximum Sheet Size | 29.53" x 41.34" (750 mm x 1,050 mm) |
| Minimum Sheet Size | Straight: 14.17"x 21.26" (360 mm x 540) Perfecting: 17.32" x 21.26" (440 mm x 540 mm) |
| Maximum Image Area | Straight: 29.13" x 41.34" (740 mm x 1,050 mm) Perfecting: 28.74" x 41.34" (730 mm x 1,050 mm) |
| Sheet Thickness Range | 0.002" - 0.024" (0.04 mm - 0.06 mm) |
| Feeder Stacking Capacity | 43.7" (1,110 mm) |
| Delivery Stacking Capacity | 45.28" (1,150 mm) |
| Printing Unit Configurations | Up to 12 in total |
The Mabeg Model RS 104 inline roll sheeter is engineered for nonstop operation of V-Series presses.
Color Navigator automatically corrects all necessary ink key openings based on the operator's visual color sense using a revolutionary touch screen color wheel.
This simultaneous plate cylinder repositioning system targets the time-consuming plate-changing steps in press makereadies.
Energy-conserving, long-life LED-UV curing system instantly dries printed sheets using light-emitting diodes.
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