The DSF-2200 comes loaded with a number of high-end features including Duplo's own belt suction feed system, front and side air separation, an anti-static device and ultrasonic double feed detection for enhanced feed reliability.

     It feeds increased paper sizes up to 14" x 20" (or 9.05" x 24" via optional Extension Tray Kit) and offers a variety of options including a trail edge air kit, pre-loading kit, and 1D & 2D barcode readers.

     DSF-2200 sheet Feeder is the ideal solution for short and medium runs. DSF-2200 proudly offers superior feeding performance employing vacuum belt feeding mechanism, plus static eliminator device and air-knife sheet separation ensure accurate and consist feeding.

     The OMR (Optical Mark Recognition) devices detect the end of document even when each set has a different number of sheet. DSF-2200 is designed to feed pre-collated stock at 200 sheet/min. (maximum) to the downstream unit.

    DSF-6000 document sheet feeder is ideal for customers with medium to high production volume demands. It can process pre-collated digital or offset printed documents at a maximum production rate of 600 sheets per minute,which is able to connect systems of DBMS and DBM-600.

     Configurable with the DBM-600 Bookletmaker or iSaddle, the DSF-6000 Sheet Feeder offers the ultimate solution for converting pre-collated digital or offset printed media into high quality booklets at up to 4,500 per hour.

     Equipped with a technologically-advanced Air Management System, the DSF-6000 provides an unsurpassed level of high speed performance that ensures consistent feeding of a wide variety of paper types and weights, from 64 gsm to 300 gsm, at a speed of up to 600 sheets per minute. 

     The main tray offers a loading capacity of 24” (610mm), which minimizes reloading by supporting longer run times. Three-side air separation and integrated static eliminator effectively handle the static common with digitally printed media. Optical and ultrasonic sensors accurately detect feed errors, should they occur.