Booklets are smoothly guided through the DBM-350 Bookletmaker’s stitching section by the push belt system, which only activates when the book is ready to move, thus eliminating static and marks. The DBM-350 utilizes heavy-duty Deluxe 26D Stitcher Heads for durable, quality stitching and features a programmable spine compressor to flatten the spine for a lay-flat finish. Fine adjustments for the entire process are simple to perform and can be saved to one of its 20 job memories. Trim waste is also automatically collected in an external bin for easy removal while the system is running, ensuring continuous productivity. Affordable in price, the 350C Booklet System is a powerhouse system capable of producing a wide range of applications from reports, manuals, and much more.

This package incorprates the DSC 10/20 Suction Collators, DBM-350T Trimmer and DBM-350 Bookletmaker.

   •  10 bins per tower

   •  Up to 2 connectable towers

   •  Paper loading height up to 1.38” (400 sheets of fine quality paper 64 gsm)

   •  Minimum and maximum paper size 4.75” x 8.27” - 13” x 18.11"

   •  Processing speed of up to 7,200 sets/hour (differs according to the downstream unit)

   •  Maximum and minimum paper size is 5.8" x 8.27" to 12.6" x 18.11" (saddle stick and fold)

   • For corner and side stich, maximum and minimum paper size is 10.12" x 7.17" to 11.69" x 8.5".11"

   • Processing speed up to 3000 sets/hour

   •  Up to 20 programs stored in memory

   •  Maximum and minimum booklet size 5.82" x 4.13" to 12.6" x 9.06"

   • Maximum trimming margin is 0.79"

   • Processing speed up to 3000 sets/hour

With a variety of  finishing solutions available today, off -line collating continues to maintain significant advantages over in-line and near-line systems. Jobs processed on a collating and bookletmaking system are finished at much faster speeds and output from multiple printers can be accepted and finished with equal ease. Should the printer break down, an off -line finishing operation will continue to run without interruption unlike with an in-line system where the entire production line would be halted.