Die Cutting Roller Press - Cutting Leather Full Hide or Half Hide
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The Roller Press is operated according to a "sandwich“ system and is ideal for cutting leather hides and multi layers of fabric.
A “sandwich” consisting of one lower plastic board, the leather hide, the cutting dies and one upper plastic board is transported through two synchronized steel rollers. Thereby the leather hide is cut continuously.
Each steel roller is driven via one frequency-regulated gear motor. The passage between the steel rollers is adjustable by a motor in steps of 0,1 mm.
Different “sandwich” heights can be chosen individually for each preparation table, The “sandwich” height of each preparation table is controlled via photo sensor on in- and outfeed side – this minimizes the wear of cutting dies and cutting boards.
The machine can be extended up to 10 preparation tables. Working with several preparation tables avoids downtimes.
By a Siemens S7 control, installed in a separate switch board and the intelligent software, the process run is optimal controlled and cycle time can be reduced up to 66 %. Programming and diagnostic at site can be done by an operation friendly and password-protected touch screen.
A “sandwich” consisting of one lower plastic board, the leather hide, the cutting dies and one upper plastic board is transported through two synchronized steel rollers. Thereby the leather hide is cut continuously.
Each steel roller is driven via one frequency-regulated gear motor. The passage between the steel rollers is adjustable by a motor in steps of 0,1 mm.
Different “sandwich” heights can be chosen individually for each preparation table, The “sandwich” height of each preparation table is controlled via photo sensor on in- and outfeed side – this minimizes the wear of cutting dies and cutting boards.
The machine can be extended up to 10 preparation tables. Working with several preparation tables avoids downtimes.
By a Siemens S7 control, installed in a separate switch board and the intelligent software, the process run is optimal controlled and cycle time can be reduced up to 66 %. Programming and diagnostic at site can be done by an operation friendly and password-protected touch screen.
