Duplo EX-2000 Pressure Sealer by Duplo
No valid json found
Product Details
|
Manufacturer
Duplo |
Brand
Duplo |
Features
Description
Duplo EX-2000 Express Sealer The EX-2000 Express Sealer is the one stop machine for a folding and pressure sealing solutions. The heavy-duty machine can handle up to 7,500 documents per hour in fast mode and 5,000 sheets per hour in slow mode. Set, design and automatically process the sealer for paychecks, invoices, notices, statements and any other popular mailing materials creating a productive workflow. This pressure sealer is capable to work with various document sizes, from 11″ x 8.3″ to as large as 14″ x 8.5″. The EX-2000 features an innovative 90 angle design which will ensure the perfect and equal amount of pressure starting from the middle of the document. Other pressure sealers are known to miss certain areas, which will result in wasted materials and time. The EX-2000 is sure to provide the premium product from the start to finish. Product Features: Solid, heavy-duty construction for years of trouble-free performance No pressure roller gap adjustments required to ensure an optimum seal Last-form detection stops machine when empty Double-feed detection and paper feeding pressure adjustment increases accuracy and efficiency Safety interlocks automatically shut down machine when access covers are opened Compact design and small footprint May be used for fold only applications Product Specification: Type: Desktop Paper size: Length 279.4 mm to 355.6 mm (11″ to 14″); width 210 mm to 215.9 mm (8.27″ to 8.5″) Paper type: 24 to 32 lb. (pressure sensitive paper); envelope paper with pressure sensitive adhesive along the edges of the front Speed: 8.5″ x 11″ 7,500 sheets/hour (fast mode); 5,000 sheets/hour (slow mode) Feeder capacity: 200 sheets of 28 lb. Fold types:V, Z, C, EZ, EC Fold length:1st panel 35 mm – 266.7 mm (1.38″ – 10.5″) 2nd panel 35 mm – 150 mm (1.38″ – 5.91″) Stacker capacity: 200 z-fold of 28 lb. Functions: Test operation; paper empty detection; jam detection; safety interlock; overload detection; speed selection; batch counter; double-feed detecti
